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New submitter ilguido writes: At a workshop organized by CERN, Prof Alessandro Strumia of Pisa University said that "physics was invented and built by men, it's not by invitation", BBC reported Monday. Strumia's presentation [Google Drive link] that supports the idea that "physics is not sexist against women[...], however the truth does not matter, because it is part of a political battle coming from outside" has already received a lot of criticism, with one female physicist defining Strumia's analysis as "simplistic, drawing on ideas that had long been discredited." In a statement on Sunday, CERN said, "It is unfortunate that one of the 38 presentations, by a scientist from one of the collaborating universities, risks overshadowing the important message and achievements of the event. CERN, like many members of the community, considers that the presentation, with its attacks on individuals, was unacceptable in any professional context and was contrary to the CERN Code of Conduct. It, therefore, decided to remove the slides from the online repository." On Monday, CERN said it has suspended the scientist from any activity at CERN with immediate effect, pending investigation into last week's event.

Soon after it was reported that the Securities and Exchange Commission (SEC) sued Elon Musk for making false statements related to his abandoned efforts to take Tesla private, the SEC announced today that Elon Musk has agreed to settle the fraud charges. In a press release, the SEC says "Musk and Tesla have agreed to settle the charges against them without admitting or denying the SEC's allegations." The settlements, which are subject to court approval, require the following:

- Musk will step down as Tesla's Chairman and be replaced by an independent Chairman. Musk will be ineligible to be re-elected Chairman for three years;
- Tesla will appoint a total of two new independent directors to its board;
- Tesla will establish a new committee of independent directors and put in place additional controls and procedures to oversee Musk's communications;
- Musk and Tesla will each pay a separate $20 million penalty. The $40 million in penalties will be distributed to harmed investors under a court-approved process.

Slashdot reader Rei writes: In the wake of initially refusing a settlement offer over the wording, Elon Musk has now settled today with the SEC, concerning his tweets about taking Tesla private. As per the settlement agreement, there is 1) no admission of wrongdoing; 2) Musk and Tesla will each pay a $20 million fine; 3) Musk will remain as CEO of Tesla; 4) Musk will be prohibited from serving as chairman of Tesla for three years; and 5) Tesla must appoint two new members to its board of directors. An additional clause seems apropos: Musk must "comply with all mandatory procedures implemented by Tesla, Inc [...] regarding (i) the oversight of communications relating to the Company made in any format, including, but not limited to, posts on social media..."

"Recently, a privacy-oriented search engine called DuckDuckGo raised $10 million from a Canadian pension fund," reports Marketplace.org, saying the privacy-focused search engine is "trying to establish itself as the anti-Google." An anonymous reader quotes their report: "So it's like Google, except when you search on it, you're completely anonymous," said Gabriel Weinberg, CEO of the company. The searches are encrypted. The site knows where you are, but only while you're searching, and it doesn't store your personal information. "We serve you the search results and we throw away your personal information...so your IP address and things like that. And we don't actually store any cookies by default. And so when you search on DuckDuckGo, it's like every time you're a new user and we know nothing about you..." Weinberg said about a quarter of Americans have taken some action to protect their privacy, and DuckDuckGo searches have been growing about 50 percent a year.
"We are proud to have a profitable business model that doesn't rely on collecting personal data," the company tweeted in June, and this week they also shared a quote from a Harvard Business Review article that asked "How far can the surveillance economy go?"

"Most consumers are either unaware of the personal info they share online or, quite understandably, unable to determine the cost of sharing it -- if not both."

"Recently, a privacy-oriented search engine called DuckDuckGo raised $10 million from a Canadian pension fund," reports Marketplace.org, saying the privacy-focused search engine is "trying to establish itself as the anti-Google." An anonymous reader quotes their report: "So it's like Google, except when you search on it, you're completely anonymous," said Gabriel Weinberg, CEO of the company. The searches are encrypted. The site knows where you are, but only while you're searching, and it doesn't store your personal information. "We serve you the search results and we throw away your personal information...so your IP address and things like that. And we don't actually store any cookies by default. And so when you search on DuckDuckGo, it's like every time you're a new user and we know nothing about you..." Weinberg said about a quarter of Americans have taken some action to protect their privacy, and DuckDuckGo searches have been growing about 50 percent a year.
"We are proud to have a profitable business model that doesn't rely on collecting personal data," the company tweeted in June, and this week they also shared a quote from a Harvard Business Review article that asked "How far can the surveillance economy go?"

"Most consumers are either unaware of the personal info they share online or, quite understandably, unable to determine the cost of sharing it -- if not both."

Follow the revelations this morning that a hacker exploited a security flaw in a popular feature of Facebook to steal account credentials of as many as 50 million users, a class-action lawsuit has been filed on behalf of one California resident, Carla Echavarria, and one Virginia resident, Derick Walker. "Both allege that Facebook's lack of proper security has exposed them and additional potential class members to a significantly increased chance of identity theft as a result of the breach," reports The Verge. From the report: The lawsuit was filed today in U.S. District Court for the Northern District of California. The complaint alleges Facebook is guilty of unlawful business practices, deceit by concealment, negligence, and violations of California's Customer Records Act. The plaintiffs want statutory damages and penalties awarded to them and other class members, as well as the providing of credit monitoring services, punitive damages, and the coverage of attorneys' fees and expenses. Although Facebook says it has fixed the issue that resulted in the breach, it still has little to no information to provide on who is behind the attack or when the attack even occurred.

As it stands, in addition to this new lawsuit, Facebook is facing pressure from the New York State Attorney General Barbara Underwood, who announced on Twitter this afternoon that, "We're looking into Facebook's massive data breach. New Yorkers deserve to know that their information will be protected." Federal Trade Commissioner Rohit Chopra had a terse public reaction, releasing a simple three-line tweet reading, "I want answers." In addition to Underwood and Chopra, Sen. Mark R. Warner (D-VA) released a statement describing the hack is "deeply concerning" and calling for a full investigation.

Follow the revelations this morning that a hacker exploited a security flaw in a popular feature of Facebook to steal account credentials of as many as 50 million users, a class-action lawsuit has been filed on behalf of one California resident, Carla Echavarria, and one Virginia resident, Derick Walker. "Both allege that Facebook's lack of proper security has exposed them and additional potential class members to a significantly increased chance of identity theft as a result of the breach," reports The Verge. From the report: The lawsuit was filed today in U.S. District Court for the Northern District of California. The complaint alleges Facebook is guilty of unlawful business practices, deceit by concealment, negligence, and violations of California's Customer Records Act. The plaintiffs want statutory damages and penalties awarded to them and other class members, as well as the providing of credit monitoring services, punitive damages, and the coverage of attorneys' fees and expenses. Although Facebook says it has fixed the issue that resulted in the breach, it still has little to no information to provide on who is behind the attack or when the attack even occurred.

As it stands, in addition to this new lawsuit, Facebook is facing pressure from the New York State Attorney General Barbara Underwood, who announced on Twitter this afternoon that, "We're looking into Facebook's massive data breach. New Yorkers deserve to know that their information will be protected." Federal Trade Commissioner Rohit Chopra had a terse public reaction, releasing a simple three-line tweet reading, "I want answers." In addition to Underwood and Chopra, Sen. Mark R. Warner (D-VA) released a statement describing the hack is "deeply concerning" and calling for a full investigation.

Apple on Monday made available to the public macOS Mojave -- aka macOS 10.14, the latest major update to its desktop operating system. From a report: Though Mojave is substantially focused on under-the-hood improvements, it includes several major changes to the Mac's Finder, as well as a small collection of apps that were ported from iOS. On the Finder side, Apple has introduced a system-wide Dark Mode, which optionally reskins the entire user interface with black or dark gray elements. Dark Mode pairs up with Dynamic Desktop, which can automatically adjust certain desktop images in sync with time of day (morning, afternoon, and evening) changes. Minutes ahead of the release, Patrick Wardle, chief researcher officer at Digita Security, tweeted a video of an apparent privacy feature bypass that's designed to prevent apps from improperly accessing a user's personal data. From a report: For years, Macs have forced apps to ask for permission before accessing your contacts and calendar after some iOS apps were caught uploading private data. Apple said at its annual developer conference this year that it would expand the feature to include apps asking for permission to access the camera, microphone, email and backups. Wardle told TechCrunch that his findings are "not a universal bypass" of the feature, but that the bug could allow a malicious app to grab certain protected data, such as a user's contacts, when a user is logged in.

sharkbiter shares a report from Space.com: The suspense is over: Two tiny hopping robots have successfully landed on an asteroid called Ryugu -- and they've even sent back some wild postcards from their new home. The tiny rovers are part of the Japan Aerospace Exploration Agency's Hayabusa2 asteroid sample-return mission. Engineers with the agency deployed the robots early Friday (Sept. 21), but JAXA waited until today (Sept. 22) to confirm the operation was successful and both rovers made the landing safely.

In order to complete the deployment, the main spacecraft of the Hayabusa2 mission lowered itself carefully down toward the surface until it was just 180 feet (55 meters) up. After the rovers were on their way, the spacecraft raised itself back up to its typical altitude of about 12.5 miles above the asteroid's surface (20 kilometers). The agency still has two more deployments yet to accomplish before it can rest easy: Hayabusa2 is scheduled to deploy a larger rover called MASCOT in October and another tiny hopper next year. And of course, the main spacecraft has a host of other tasks to accomplish during its stay at Ryugu -- most notably, to collect a sample of the primitive world to bring home to Earth for laboratory analysis. JAXA tweeted on Saturday: "We are sorry we have kept you waiting! MINERVA-II1 consists of two rovers, 1a & 1b. Both rovers are confirmed to have landed on the surface of Ryugu. They are in good condition and have transmitted photos & data. We also confirmed they are moving on the surface."

An anonymous reader quotes a report from Ars Technica: Last year, Ecuador attempted to deputize WikiLeaks founder Julian Assange as one of its own diplomats and send him to Russia, according to a Friday report by Reuters. Citing an "Ecuadorian government document," which the news agency did not publish, Assange apparently was briefly granted a "special designation" to act as one of its diplomats, a privilege normally granted to the president for political allies. However, that status was then withdrawn when the United Kingdom objected. The Associated Press reported earlier in the week that newly-leaked documents showed that Assange sought a Russian visa back in 2010. WikiLeaks has vehemently denied that Assange did so.

On Friday, Japan's Hayabusa2 spacecraft attempted to deploy two miniature rovers on an asteroid that it's been orbiting since mid-August. Ars Technica reports: Each weighed only about a kilogram, and after separating from the main spacecraft they approached the asteroid named Ryugu. Japanese mission scientists think the rovers touched down successfully, but are not completely sure. Communication with the two landers stopped near the moment of touchdown. This is presumably because Ryugu's rotation took the rovers out of view from the Hayabusa2 spacecraft, but scientists won't know for sure until later Friday (or Saturday morning, in Japan) when they attempt to download images from the rovers. And thus we are left with a suspenseful situation.

In a series of tweets, Twitter announced it will be bringing back the purely chronological timeline in the coming weeks. Currently, the timeline is set up to deliver tweets that people "might have missed" or things supposedly "liked" by people they follow, but some have complained that it misses tweets. Engadget reports: A change that's in place now, is Twitter's "Show the best Tweets first" setting. Starting today, if a user has it turned off it will also eliminate the "In case you missed it" roundups and suggested tweets from people you don't follow. It sounds like exactly the change people have been looking for, and even pursued by setting up filters on their own like the one found at RealTwitter.com.

112-mph winds from Hurricane Florence battered the Carolinas on Saturday, resulting in at least 13 deaths and leaving more than 796,000 households with no electricity, according to CNN, with over 20,000 people evacuating to emergency shelters.

One Myrtle Beach resident spotted an alligator walking through their neighborhood, and the New York Post warns the hurricane "could displace venomous snakes from South Carolina's wetlands," uprooting "some 38 species of snakes -- including dangerous cottonmouths and copperhead vipers."

Cellphone carriers are offering free calling, texting, and data services to affected customers in the Carolinas, and Quartz reports that other tech companies are also trying to help: People fleeing Florence can find hundreds of places on Airbnb to stay for free; the company will screen applicants and cover homeowners for any damage up to $1 million. Harmany is an app created specifically to connect people during natural disasters. It's set up so that people who have a place can list it, adding it to a map where those needing shelter can find them. Gas Buddy, which lets users search for gas prices and availability by zip code, has set up a special "Florence Live Updates" page and section on its app so users can identify which gas stations are out of fuel, diesel, or power....

The main federal disaster agency, the Federal Emergency Management Agency (FEMA), has an app that is supposed to provide up-to-the minute information about the storm, shelters, and evacuation routes. It is crashing constantly, according to Android users. (Quartz's didn't have the same problems, but hitting the "get directions" button to one North Carolina shelter inexplicably opened up Uber.) FEMA also recommends the Red Cross's Hurricane app, which shows location specific weather alerts, has a flashlight and an alarm, and allows users to connect with people in their contacts, but doesn't have information on shelters.
And the data backup company Datto is even deploying equipment for free to bring back critical infrastructure. "With this storm, it looks like flooding will be as much of a danger as wind. It doesn't take a lot of water to knock out infrastructure like cable and internet. Things that can take weeks to build it back..."

112-mph winds from Hurricane Florence battered the Carolinas on Saturday, resulting in at least 13 deaths and leaving more than 796,000 households with no electricity, according to CNN, with over 20,000 people evacuating to emergency shelters.

One Myrtle Beach resident spotted an alligator walking through their neighborhood, and the New York Post warns the hurricane "could displace venomous snakes from South Carolina's wetlands," uprooting "some 38 species of snakes -- including dangerous cottonmouths and copperhead vipers."

Cellphone carriers are offering free calling, texting, and data services to affected customers in the Carolinas, and Quartz reports that other tech companies are also trying to help: People fleeing Florence can find hundreds of places on Airbnb to stay for free; the company will screen applicants and cover homeowners for any damage up to $1 million. Harmany is an app created specifically to connect people during natural disasters. It's set up so that people who have a place can list it, adding it to a map where those needing shelter can find them. Gas Buddy, which lets users search for gas prices and availability by zip code, has set up a special "Florence Live Updates" page and section on its app so users can identify which gas stations are out of fuel, diesel, or power....

The main federal disaster agency, the Federal Emergency Management Agency (FEMA), has an app that is supposed to provide up-to-the minute information about the storm, shelters, and evacuation routes. It is crashing constantly, according to Android users. (Quartz's didn't have the same problems, but hitting the "get directions" button to one North Carolina shelter inexplicably opened up Uber.) FEMA also recommends the Red Cross's Hurricane app, which shows location specific weather alerts, has a flashlight and an alarm, and allows users to connect with people in their contacts, but doesn't have information on shelters.
And the data backup company Datto is even deploying equipment for free to bring back critical infrastructure. "With this storm, it looks like flooding will be as much of a danger as wind. It doesn't take a lot of water to knock out infrastructure like cable and internet. Things that can take weeks to build it back..."

Uber is still trying to fix a glitch that's been stopping its drivers from collecting the money they've earned for several days. An anonymous reader writes: One Uber driver says the problem's lasted over a week, and he's owed more than $1,300. "They've been continually telling us that it would be corrected within 24 hours," he told a Bay Area news station. "We still can't access the money.... We're in a situation where for a lot of us we have bills every day, we pay tolls every day, we pay gas every single day."

Now the San Diego Reader reports the issue "is forcing San Diego drivers off the road," with the shortage of drivers triggering surge pricing throughout the entire region as much as triple the usual rate. Surge pricing is also hitting riders in Dallas, according to another Uber driver's tweet, who complains "It's a shame that a $48 billion 'tech' company can't get it together.
In a statement promising they'd still pay all their drivers, Uber acknowledged their payment system was still broken, "and we sincerely regret any inconvenience."

"The glitch in the payment system also means that trip and safety issues are unable to be reported, either by the passenger, or the driver," notes the San Diego Reader, adding that the city's Uber's drivers "continue to decline to work, either staying off the road of switching to another ride-sharing service."

SpaceX announced Thursday that it's booked the world's first private passenger to the moon. The private aerospace company said on Twitter the unnamed traveler would board its Big Falcon Rocket (BFR) to the moon, where only 24 people have ever traveled. Only 12 of those people actually walked on the moon. NBC New York reports: SpaceX didn't reveal any details about the potentially historic voyage but said it plans to reveal the traveler's identity and more on Monday, Sept. 17. The company called the plan "an important step toward enabling access for everyday people who dream of traveling to space." Musk shared the announcement on his personal page but remained tight-lipped as well. However, when asked if the passenger was him, Musk responded with an emoji of the Japanese flag.

SpaceX announced Thursday that it's booked the world's first private passenger to the moon. The private aerospace company said on Twitter the unnamed traveler would board its Big Falcon Rocket (BFR) to the moon, where only 24 people have ever traveled. Only 12 of those people actually walked on the moon. NBC New York reports: SpaceX didn't reveal any details about the potentially historic voyage but said it plans to reveal the traveler's identity and more on Monday, Sept. 17. The company called the plan "an important step toward enabling access for everyday people who dream of traveling to space." Musk shared the announcement on his personal page but remained tight-lipped as well. However, when asked if the passenger was him, Musk responded with an emoji of the Japanese flag.

The Weather Channel's 3-D, room-encompassing depiction of the Hurricane Florence storm surge took many by surprise on Friday (Second video). It doesn't tell, it shows, more bracingly than you'd think would be possible on a meteorological update, writes Wired. Here's how they did it. CNET: In one video, meteorologist Erika Navarro demonstrates what a progressive storm surge would mean at a human level. (Storm surge is simply the "abnormal rise of water generated by a storm" that is "produced by water being pushed toward the shore by the force of the winds," according to the National Hurricane Center.) "Storm surge is going to be potentially life-threatening for some areas along the US coastline," Navarro says. Then she demonstrates what's described as a "reasonable, worst-case scenario for areas along North Carolina." Here's where the video gets heart-in-throat scary. As Navarro stands and speaks, the weather maps behind her dissolve away, and she is shown standing in a computer-generated neighborhood. The CGI water rises behind her, setting a red car afloat and flooding homes.

[...] The Weather Channel has been using augmented reality since 2015. This year, it partnered with content and technology provider The Future Group and its impressive Immersive Mixed Reality technology, which uses Unreal Engine software. The tech debuted on TWC in June, when meteorologist Jim Cantore used it to walk viewers through what would happen if a tornado hit the channel's own studios. A demo showing the power of lightning followed in July. Reaction to the hurricane explainer has been overwhelmingly positive, said Michael Potts, Weather Channel's vice president of design. "It was created to evoke an automatic visceral reaction, to imagine that this could be real," Potts said. "And people are sharing it with friends and family as a warning tool. The amount of engagement across all of our platforms has been some of the highest we've ever seen." The neighborhood Navarro is standing in looks real, but it's all virtual graphics created in a new green-screen studio built at the channel's Atlanta headquarters. "All the graphics you see, from the cars, the street, the houses and the entire neighborhood are created using the Unreal Engine -- they are not real," Potts says. "The circle she is standing in is the presentation area, it's a 'safe' space that is not affected by the weather. ... The maps and data are all real-time and the atmospheric conditions are driven by the forecast." More on this here.

GCHQ's methods in carrying out bulk interception of online communications violated privacy and failed to provide sufficient surveillance safeguards, the European court of human rights (ECHR) has ruled in a test case judgment. From a report: But the Strasbourg court found that GCHQ's regime for sharing sensitive digital intelligence with foreign governments was not illegal. It is the first major challenge to the legality of UK intelligence agencies intercepting private communications in bulk, following Edward Snowden's whistleblowing revelations. The long-awaited ruling is one of the most comprehensive assessments by the ECHR of the legality of the interception operations operated by UK intelligence agencies. The case was brought by a coalition of 14 human rights groups, privacy organisations and journalists, including Amnesty International, Liberty, Privacy International and Big Brother Watch. In a statement, published on Amnesty's website, Lucy Claridge, Amnesty International's Strategic Litigation Director, said, today's ruling "represents a significant step forward in the protection of privacy and freedom of expression worldwide. It sends a strong message to the UK Government that its use of extensive surveillance powers is abusive and runs against the very principles that it claims to be defending." He added: This is particularly important because of the threat that Government surveillance poses to those who work in human rights and investigative journalism, people who often risk their own lives to speak out. Three years ago, this same case forced the UK Government to admit GCHQ had been spying on Amnesty -- a clear sign that our work and the people we work alongside had been put at risk. The judges considered three aspects of digital surveillance: bulk interception of communications, intelligence sharing and obtaining of communications data from communications service providers. By a majority of five to two votes, the Strasbourg judges found that GCHQ's bulk interception regime violated article 8 of the European convention on human rights, which guarantees privacy, because there were said to be insufficient safeguards, and rules governing the selection of "related communications data" were deemed to be inadequate, The Guardian newspaper reported.

Commenting on the ruling, Snowden, wrote, "For five long years, governments have denied that global mass surveillance violates of your rights. And for five long years, we have chased them through the doors of every court. Today, we won. Don't thank me: thank all of those who never stopped fighting."

On Sunday haruchai (Slashdot user #17,472) wrote that a 200-year-old museum in Brazil "is burning to the ground and it's likely the entire collection of some 20 million artifacts will be lost." Now CNET reports: The items in the Museu Nacional in Rio may be gone, but Wikipedia doesn't want them to be forgotten... "Did you take a photo of any of them? Help us preserve the memories of as many as we can and add them to @wikicommons," Wikipedia tweeted Tuesday, with an explanation on how to do so...

"The fire at the National Museum of Brazil has led to the devastating loss of 200 years of memory," Katherine Maher, executive director of the Wikimedia Foundation, said in a statement. "At Wikipedia, our community is hard at work every day curating a living record of our shared heritage," Maher said. "With this effort, we're asking people everywhere to join our global community and help the world recover from this collective tragedy."
Wikipedia's tweet included an image urging people to "Add your photo to the sum of all knowledge..."

An anonymous reader quotes a report from Ars Technica: Twitter is showing some users of its desktop website a new user interface that is designed to be faster and to feature support for the recently added bookmarks feature (supported in the iOS and Android clients but not, currently, the main website), a data-saver mode, and a night mode. These users have been selected at random and moved over to the new interface so they can test the interface and provide feedback. The new interface isn't all that different from the old one: it's organized a little differently, with a two-column layout instead of the three columns currently used, but overall it will feel familiar to anyone who has used the microblogging platform before. What makes this move interesting isn't the specifics of the interface itself, but the technology it's built on.

The new interface isn't actually new at all. It has been available for some time now as mobile.twitter.com, Twitter's mobile-friendly Web interface. In turn, that same Web interface is used to drive the Windows 10 app, the KaiOS platform for "smart feature phones," and the recently released Twitter Lite app for Android. This is why it has the data-saver mode; it has been designed with an eye on those users who suffer from poor or expensive bandwidth or have underpowered devices. This mobile site is perhaps one of the most prominent instances of what could be a new breed of Web application: the Progressive Web Application (PWA). PWAs are Web applications that build on certain modern browser features to provide an experience that is much more like that of a traditional application. For example, PWAs can support offline operation using service workers (a way of running JavaScript in the background that can respond to events and make network requests that degrade gracefully if the network is unavailable); they integrate with platform features such as notifications; they're also designed so that they could be pinned to app launchers and home screens and treated as if they were "real" applications rather than merely webpages.

An anonymous reader quotes a report from Ars Technica: Twitter is showing some users of its desktop website a new user interface that is designed to be faster and to feature support for the recently added bookmarks feature (supported in the iOS and Android clients but not, currently, the main website), a data-saver mode, and a night mode. These users have been selected at random and moved over to the new interface so they can test the interface and provide feedback. The new interface isn't all that different from the old one: it's organized a little differently, with a two-column layout instead of the three columns currently used, but overall it will feel familiar to anyone who has used the microblogging platform before. What makes this move interesting isn't the specifics of the interface itself, but the technology it's built on.

The new interface isn't actually new at all. It has been available for some time now as mobile.twitter.com, Twitter's mobile-friendly Web interface. In turn, that same Web interface is used to drive the Windows 10 app, the KaiOS platform for "smart feature phones," and the recently released Twitter Lite app for Android. This is why it has the data-saver mode; it has been designed with an eye on those users who suffer from poor or expensive bandwidth or have underpowered devices. This mobile site is perhaps one of the most prominent instances of what could be a new breed of Web application: the Progressive Web Application (PWA). PWAs are Web applications that build on certain modern browser features to provide an experience that is much more like that of a traditional application. For example, PWAs can support offline operation using service workers (a way of running JavaScript in the background that can respond to events and make network requests that degrade gracefully if the network is unavailable); they integrate with platform features such as notifications; they're also designed so that they could be pinned to app launchers and home screens and treated as if they were "real" applications rather than merely webpages.

Today, we have learned that two executives have left Tesla. According to a filing with the Securities and Exchange Commission, Tesla's newly hired chief accounting officer Dave Morton decided to resign because "the level of public attention placed on the company as well as the pace within the company have exceeded [his] expectations." He added: "I want to be clear that I believe strongly in Tesla, its mission, and its future prospects, and I have no disagreements with Tesla's leadership or financial reporting." Tesla's human resources chief Gaby Toledano also announced that should would be leaving the company after taking a leave of absence last month. CEO Elon Musk wrote that Toledo "has been on leave for a few months to spend more time with her family and has decided to continue doing so for personal reasons. She's been amazing and I'm very grateful for everything she's done for Tesla."

These departures certainly have had an impact on Tesla's stock, which is down more than six percent to $262, but an interview Elon Musk conducted with Joe Rogan may have caused the most damage. While discussing a wide range of topics including his tweeting behavior, his Boring Company's flamethrowers, and "neuralink" devices, the Tesla CEO openly smoked a mixed tobacco and marijuana cigarette, sending the internet into a frenzy. Ars Technica reports: Morton joined Tesla on August 6, one day before Musk's infamous tweet claiming that he had "funding secured" to take Tesla private. Musk was forced to abandon the plan a couple of weeks later. Not only did Musk not have any kind of written funding deal, many Tesla investors saw little upside in approving a deal that would reduce Tesla's transparency and the liquidity of Tesla stock. Morton didn't explicitly mention last month's buyout saga in his statement explaining his departure. But a lot of the "public attention" Tesla received during Morton's brief tenure was focused on the possibility of Tesla going private. It's safe to assume that members of Tesla's finance team were working overtime on issues related to the proposal during Morton's month at Tesla. It's worth noting that marijuana is legal in California (and several other states) if you are 21 or older, but the federal government still strictly prohibits the Schedule 1 substance.

UPDATE: You can watch/listen to the nearly three-hour-long interview here. Rogan manages to pick Musk's brain in great detail and in a refreshingly laid-back manner. We highly recommend a listen if you want to learn more about Musk's ambitions and thought process.

Earlier today, The New York Times published an op-ed from an anonymous staffer in the Trump administration, who has "vowed to thwart parts of [President Trump's] agenda and his worst inclinations," citing the president's amorality. The staffer writes: "We want the administration to succeed and think that many of its policies have already made America safer and more prosperous. But we believe our first duty is to this country, and the president continues to act in a manner that is detrimental to the health of our republic. That is why many Trump appointees have vowed to do what we can to preserve our democratic institutions while thwarting Mr. Trump's more misguided impulses until he is out of office." An anonymous [coward] shares the response from the White House: White House Press Secretary Sarah Sanders ripped the anonymous senior White House staffer who wrote an op-ed for The New York Times slamming President Trump's conduct. "The individual behind this piece has chosen to deceive, rather than support, the duly elected President of the United States," she said in a statement. "He is not putting country first, but putting himself and his ego ahead of the will of the American people. This coward should do the right thing and resign," she added. Trump himself called the op-ed's author "gutless." He tweeted: "Does the so-called 'Senior Administration Official' really exist, or is it just the Failing New York Times with another phony source? If the GUTLESS anonymous person does indeed exist, the Times must, for National Security purposes, turn him/her over to government at once!"

The New York Times op-ed page editor Jim Dao described the process behind publishing the op-ed, telling CNN that the official contacted him "through an intermediary." He said that the New York Times also spoke with the anonymous individual but there are only a "very small number of people within the Times who know this person's identity." Dao didn't provide a gender for the person, but the author was described in a New York Times tweet as a "he" earlier Wednesday. [The Times later said that the tweet was a mistake and that it "was drafted by someone who is not aware of the author's identity."] Furthermore, Dao "said there was no special effort to disguise the person's writing style, for example by rewriting the piece in some fashion," reports CNN. "'There's editing in everything we do,' he said, but it's based on making the person's views 'clearer' and adhering to style standards."

A separate CNN article highlights 12 senior Trump administration officials who may be behind the op-ed.

Earlier today, The New York Times published an op-ed from an anonymous staffer in the Trump administration, who has "vowed to thwart parts of [President Trump's] agenda and his worst inclinations," citing the president's amorality. The staffer writes: "We want the administration to succeed and think that many of its policies have already made America safer and more prosperous. But we believe our first duty is to this country, and the president continues to act in a manner that is detrimental to the health of our republic. That is why many Trump appointees have vowed to do what we can to preserve our democratic institutions while thwarting Mr. Trump's more misguided impulses until he is out of office." An anonymous [coward] shares the response from the White House: White House Press Secretary Sarah Sanders ripped the anonymous senior White House staffer who wrote an op-ed for The New York Times slamming President Trump's conduct. "The individual behind this piece has chosen to deceive, rather than support, the duly elected President of the United States," she said in a statement. "He is not putting country first, but putting himself and his ego ahead of the will of the American people. This coward should do the right thing and resign," she added. Trump himself called the op-ed's author "gutless." He tweeted: "Does the so-called 'Senior Administration Official' really exist, or is it just the Failing New York Times with another phony source? If the GUTLESS anonymous person does indeed exist, the Times must, for National Security purposes, turn him/her over to government at once!"

The New York Times op-ed page editor Jim Dao described the process behind publishing the op-ed, telling CNN that the official contacted him "through an intermediary." He said that the New York Times also spoke with the anonymous individual but there are only a "very small number of people within the Times who know this person's identity." Dao didn't provide a gender for the person, but the author was described in a New York Times tweet as a "he" earlier Wednesday. [The Times later said that the tweet was a mistake and that it "was drafted by someone who is not aware of the author's identity."] Furthermore, Dao "said there was no special effort to disguise the person's writing style, for example by rewriting the piece in some fashion," reports CNN. "'There's editing in everything we do,' he said, but it's based on making the person's views 'clearer' and adhering to style standards."

A separate CNN article highlights 12 senior Trump administration officials who may be behind the op-ed.

An anonymous reader writes: If you go to Amazon.com right now and attempt to search for a product, no items are appearing in the search results. Attempts to submit any feedback are failing too, with no error or response of any kind on the page. This is happening regardless of browser, operating system or ISP. On Twitter, numerous people have corroborated the issue. It appears the issue began roughly 40 minutes ago. Amazon has yet to acknowledge the glitch. Interestingly, Amazon's international properties, such as Amazon India, are not facing this issue.

An anonymous reader writes: If you go to Amazon.com right now and attempt to search for a product, no items are appearing in the search results. Attempts to submit any feedback are failing too, with no error or response of any kind on the page. This is happening regardless of browser, operating system or ISP. On Twitter, numerous people have corroborated the issue. It appears the issue began roughly 40 minutes ago. Amazon has yet to acknowledge the glitch. Interestingly, Amazon's international properties, such as Amazon India, are not facing this issue.

An anonymous reader writes: If you go to Amazon.com right now and attempt to search for a product, no items are appearing in the search results. Attempts to submit any feedback are failing too, with no error or response of any kind on the page. This is happening regardless of browser, operating system or ISP. On Twitter, numerous people have corroborated the issue. It appears the issue began roughly 40 minutes ago. Amazon has yet to acknowledge the glitch. Interestingly, Amazon's international properties, such as Amazon India, are not facing this issue.

An anonymous reader writes: If you go to Amazon.com right now and attempt to search for a product, no items are appearing in the search results. Attempts to submit any feedback are failing too, with no error or response of any kind on the page. This is happening regardless of browser, operating system or ISP. On Twitter, numerous people have corroborated the issue. It appears the issue began roughly 40 minutes ago. Amazon has yet to acknowledge the glitch. Interestingly, Amazon's international properties, such as Amazon India, are not facing this issue.

Twitter legal and policy chief Vijaya Gadde told Politico in an interview that President Donald Trump isn't immune from being kicked off the platform if his tweets cross a line with abusive behavior. "The social media company's rules against vitriolic tweets offer leeway for world leaders whose statements are newsworthy, but that 'is not a blanket exception for the president or anyone else,'" reports Politico. From the report: Trump regularly uses Twitter to heap abuse on his perceived enemies and at times raise the specter of violence, such as when he tweeted last year that if North Korean leaders continued with their rhetoric at the time, "they won't be around much longer!" Critics say the tweets violate Twitter's terms of service and warrant punitive action. Dorsey, who's due to testify before two congressional committees Wednesday about his company's content practices, said he receives notifications on his phone for Trump's Twitter account. But asked if he would weigh in personally to remove Trump from the platform, he declined to get into specifics.

"We have to balance it with the context that it's in," he said. "So my role is to ask questions and make sure we're being impartial, and we're upholding consistently our terms of service, including public interest." Amid controversy over Trump's tweeting back in January, Twitter posted to its corporate blog an unsigned explanation of its thinking around "world leaders" -- without calling out Trump by name. It said blocking such leaders or removing their tweets "would hide important information people should be able to see and debate." Dorsey tweeted the policy, saying "we want to share our stance."

Twitter legal and policy chief Vijaya Gadde told Politico in an interview that President Donald Trump isn't immune from being kicked off the platform if his tweets cross a line with abusive behavior. "The social media company's rules against vitriolic tweets offer leeway for world leaders whose statements are newsworthy, but that 'is not a blanket exception for the president or anyone else,'" reports Politico. From the report: Trump regularly uses Twitter to heap abuse on his perceived enemies and at times raise the specter of violence, such as when he tweeted last year that if North Korean leaders continued with their rhetoric at the time, "they won't be around much longer!" Critics say the tweets violate Twitter's terms of service and warrant punitive action. Dorsey, who's due to testify before two congressional committees Wednesday about his company's content practices, said he receives notifications on his phone for Trump's Twitter account. But asked if he would weigh in personally to remove Trump from the platform, he declined to get into specifics.

"We have to balance it with the context that it's in," he said. "So my role is to ask questions and make sure we're being impartial, and we're upholding consistently our terms of service, including public interest." Amid controversy over Trump's tweeting back in January, Twitter posted to its corporate blog an unsigned explanation of its thinking around "world leaders" -- without calling out Trump by name. It said blocking such leaders or removing their tweets "would hide important information people should be able to see and debate." Dorsey tweeted the policy, saying "we want to share our stance."

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

An anonymous reader shares a thread [Editor's note: all links in the story will lead you to Twitter]: In the 1970s the cost -- and size -- of calculators tumbled. Business tools became toys; as a result prestige tech companies had to rapidly diversify into other products -- or die! This is the story of the 1970s great calculator race... Compact electronic calculators had been around since the mid-1960s, although 'compact' was a relative term. They were serious, expensive tools for business. So it was quite a breakthrough in 1967 when Texas Instruments presented the Cal-Tech: a prototype battery powered 'pocket' calculator using four integrated circuits. It sparked a wave of interest. Canon was one of the first to launch a pocket calculator in 1970. The Pocketronic used Texas Instruments integrated circuits, with calculations printed on a roll of thermal paper. Sharp was also an early producer of pocket calculators. Unlike Canon they used integrated circuits from Rockwell and showed the calculation on a vacuum fluorescent display. The carrying handle was a nice touch!

The next year brought another big leap: the Hewlet-Packard HP35. Not only did it use a microprocessor it was also the first scientific pocket calculator. Suddenly the slide rule was no longer king; the 35 buttons of the HP35 had taken its crown. The most stylish pocket calculator was undoubtedly the Olivetti Divisumma 18, designed by Mario Bellini. Its smooth look and soft shape has become something of a tech icon and an inspiration for many designers. It even featured in Space:1999! By 1974 Hewlett Packard had created another first: the HP-65 programmable pocket calculator. Programmes were stored on magnetic cards slotted into the unit. It was even used during the Apollo-Soyuz space mission to make manual course corrections. The biggest problem for pocket calculators was the power drain: LED displays ate up batteries. As LCD displays gained popularity in the late 1970s the size of battery needed began to reduce. The 1972 Sinclair Executive had been the first pocket calculator to use small circular watch batteries, allowing the case to be very thin. Once LCD displays took off watch batteries increasingly became the norm for calculators. Solar power was the next innovation for the calculator: Teal introduced the Photon in 1977, no batteries required or supplied!

But the biggest shake-up of the emerging calculator market came in 1975, when Texas Instruments -- who made the chips for most calculator companies -- decided to produce and sell their own models. As a vertically integrated company Texas Instruments could make and sell calculators at a much lower price than its competitors. Commodore almost went out of business trying to compete: it was paying more for its TI chips than TI was selling an entire calculator for. With prices falling the pocket calculator quickly moved from business tool to gizmo: every pupil, every student, every office worker wanted one, especially when they discovered the digital fun they could have! Calculator games suddenly became a 'thing', often combining a calculator with a deck of cards to create new games to play. Another popular pastime was finding numbers that spelt rude words if the calculator was turned upside down; the Samsung Secal even gave you a clue to one!

The calculator was quickly evolving into a lifestyle accessory. Hewlett Packard launched the first calculator watch in 1977... Casio launched the first credit card sized calculator in 1978, and by 1980 the pocket calculator and pocket computer were starting to merge. Peak calculator probably came in 1981, with Kraftwerk's Pocket Calculator released as a cassingle in a calculator-shaped box. Although the heyday of the pocket calculator may be over they are still quite collectable. Older models in good condition with the original packaging can command high prices online. So let's hear it for the pocket calculator: the future in the palm of your hand!

In India, American companies dominate the internet. Facebook's WhatsApp is the most popular app on phones. Virtually every smartphone runs on Google's Android system. YouTube is the favorite video platform and Amazon is the No. 2 online retailer. For some Indian political leaders, it is as if their nation --which was ruled by Britain for a century until 1947 -- is being conquered by colonial powers all over again. And they are determined to stop it. From a report: "As a country, we have to all grow up and say that, you know, enough of this," Vinit Goenka, a railways official who works on technology policy for India's governing Bharatiya Janata Party, said at a conference last week. In recent months, regulators and ministers across India's government have declared their intention to impose tough new rules on the technology industry. Collectively, the regulations would end the free rein that American tech giants have long enjoyed in this country of 1.3 billion people, which is the world's fastest-growing market for new internet users. The proposals include European-style limits on what big internet companies can do with users' personal data, a requirement that tech firms store certain sensitive data about Indians only within the country, and restrictions on the ability of foreign-owned e-commerce companies to undercut local businesses on price. Matthew Prince, CEO of Cloudflare, commented on the story, saying, "India is currently the most important country in term of defining the future of Internet policy. It sits at the fulcrum between the United States and China. As it goes, so goes the world."

Black Pixel, which acquired popular Mac RSS reader app NetNewsWire in 2011, announced this week that the brand name is returning to the founder Brent Simmons. From the announcement: Since acquiring NetNewsWire from Newsgator in 2011, we've invested a great deal in the continued development and support of the product suite including the addition of a free sync service. Unfortunately, the ongoing cost of support and feature development for these products require more dedicated resources than we are able to provide. With that in mind, today we are removing all versions of the app from sale. We'll continue to run the sync service for another 60 days, then take it offline at the end of October. Brent Simmons, who founded the app, shared what he plans to do with the brand name: [...] I want to thank them [Black Pixel] for a second thing: their incredible generosity in bringing it back to me. When I asked them about it, they told me they'd already been discussing it. There was never a need to convince them: they thought it was the right thing to do before I even said a word.

[...] You probably know that I've been working on a free and open source reader named Evergreen. Evergreen 1.0 will be renamed NetNewsWire 5.0 -- in other words, I've been working on NetNewsWire 5.0 all this time without knowing it! It will remain free and open source, and it will remain my side project. (By day I'm a Marketing Human at The Omni Group, and I love my job.) Black Pixel will stop selling their versions of the app, and will turn off the syncing system and end customer support -- all of which is detailed in their announcement. (Important note: I will not get any customer data from them, nor will I be doing support for Black Pixel's NetNewsWire.)

I want one thing: to make the very best versions of NetNewsWire ever made. And, along the way, I'd love to have your help. Nothing to Download Yet I don't actually have an app bearing the name NetNewsWire ready to download yet. I will have test versions ready soon, though. It's still going to be a while before the final version of 5.0 ships. The Mac community has been thrilled about the announcement. Daniel Jalkut, founder of blogging tool MarsEdit, said, "I appreciate Black Pixel's decision to return NetNewsWire to Brent Simmons. It was the right move strategically, but also very humanistic." Federico Viticci, a prolific blogger on Apple ecosystem, said, "Congrats Brent Simmons on bringing NetNewsWire home. The Mac can use a modern RSS reader that can stand the test of time." John Gruber, a columnist on Apple ecosystem, said, "Black Pixel did a great job taking over NetNewsWire, but times change, and companies change. Handing the NetNewsWire name back to Brent was a classy move, but completely unsurprising to me, knowing George and the other folks at Black Pixel."