Slashdot Mirror
Where Are The Edges Of Today's Technology World?
Veeru writes "As
mentioned on Nova,
my great-great-grandfather Amos Ives
Root published the first eye witness account of the Wright Brothers flight
almost 100 years ago. Scientific
American had rejected
his article as 'unbelievable' and 'having no practical application'. The secretive Wright Brothers
allowed Amos to publish
the article in his own Gleanings Bee magazine instead. Because of his objective account, other
experimenters may not have received the credit
they deserved. I recently realized
that Amos was intent on investigating
the highest tech advances of the day and that the airplane was the most
advanced phenomenon he could find. If
Amos were alive today, what obscure technology would he be
pursuing?"
Those points aside, I have been amazed by the research in nanotechnology and find the realm of mapping the human genome to be interesting as well. Perhaps subjects such as these would interest Amos? Perhaps these are not as obscure as other fields but these are certainly interesting studies.
*
troll blacklist. Please mo
Well, if your grandfather were still alive today, I imagine he would be most interested medical technology.
specifically, in the next generation of Viagra, Rogaine, and the technology to keep human heads alive in jars as foretold by Futurama.
You are not your blog
As far out as it seems, there are real efforts in making a time machine. I forget what university was doing the research, but it involves using lasers crossing each other at 90 degree intersects to create a column or vortex of light. While this cannot let them travel back in time, it is theorized it will let particles travel through the time that the machine is turned on. I apologize for the specifics, but am sure the slashdot effect can find the specifics.
We are living in an age quite different from 100 years ago. Information travels pretty fast. It is difficult for something that important to remain obscure so long today. Further, people more or less stopped noticing technological advances and taking them for granted. If any individual inventor/scientist gets some success he would want to approach venture capitalists, news papers, journals before he/she turns it into something great and useful. So, in my opinion it is difficult to find something obscure which is great. Yes, it is certainly possible that things people earlier thought wouldn't work becoming something great.
In the 50s and 60s, we were all under the impression that it'd be flying cars, robots and automated kitchens that cooked for you. Robots would be really smart and virtually be home helps.
:o) So maybe, just maybe, we need to revisit some of those older ideas to progress?
None of this has happened.
This is one of the reasons I'm skeptical of current nanotechnology and genetic solutions actually being major breakthroughs. It'll be like Moore's Law for technology - things will just progress, rather than achieve sudden overnight success. I mean flying - it's boolean - you fly or you don't fly. Once you've conquered that you can improve on it. Nanotechnology I feel really needs advances in AI and other technology fields which I feel are being neglected - batteries, vision systems, sensors - they all need to improve before nanotechnology takes off big time.
So maybe it's a disparity thing. Maybe we'll be held back in certain areas because other technologies aren't available yet - like Civilization
I think Billy the Bigmouth talking bass would really blow that dudes mind...
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The technologies of the last 200 years have so far outstripped past human progress that the real action in the coming years/decades/centuries will be the philosophical, moral and political assimilation of technology. We've done an increasintly poor job of it as the pace of advancement has quickened; it'll be interesting to see what (if anything) causes a tipping point after which we'll really explore the full impacts of new technologies.
(Disclaimer: I think Bill Joy is an alarmist.)
"It was a summer's tale: Just a boy, his Linux, and a head full of dreams..."
Strontium Nuclear Batteries are one. Known about and succesfully demonstrated since the early 90s, a single 5gram piece can put out enough SAFE radiation to be turned almost directly into energy, that it can supply 75 watts for months on end. It's not harmful to animals, it's not expensive, it's no more expensive than sterodent.
It's also a technology that nobody believes has any use because of the words "nuclear" and "radiation"
It'll come soon enough
Wireless technologies provide endless ways to invade privacy - RFID, Credit Cards, Cell Phones, EZPass, PDA, GPS, subcutaneous transponders implanted when you walk through a mall entrance, Microsoft License activation, whatever.
Clearly the most important technology of the future will be the development of personal jammers to silence the RF nattering of the post-PC era world of gizmos carried about one's person, implanted under skin (overtly or surreptitiously) or attached into clothing. Everyone will be looking for RF cones of silence, ways to use a taser like device to EMP a wireless spybot picked up by walking into a movie theatre (or implanted by the Selective Service) or shielded pouches to prevent RF attacks on credit cards or other payment/identification devices.
If I was looking to report on bleeding edge tech, this is where I would look.
You think spyware like Gator is bad? You haven't seen nothing yet.
Just a thought, but why doesn't slashdot implement a feature that lists all of the rejected submissions on another page.
Obviously people would submit spam, so the reviewers would also have to have a "spam" (and possibly a "duplicate submission") button as well as a "reject" button.
It would provide an interesting read for all of the smaller bits of news whizzing around that none of us get to see due to the tight reviewing process.
Remember, sensory processing begins at the nerve endings in the sensory organs. Much of your brain's interpretation of what the eye sees is handled in the first few layers of cells in the retina.
A second problem is that of resonance. Your brain produces a reference wave and measures sensory input as an interference pattern to that wave. While you could easily exploit that phenominon to transmit data to the brain, it would be nearly impossible to make it believe the information is coming from the sensory organs.
That is not to say you could not produce very vivid images using this new sense. I recall an experiment where researchers were able to teach a blind man to see using pressure transducers on his back. They had a camera that would translate a signal from a black and white CCD into pressure intensities laid out like a grid. The subject was able to adapt that system into a crude form of vision. There are also reports of deaf people who "hear" by feeling the vibrations of speakers, at least enough to enjoy music.
This sense would have to be developed in people. But I could see it as a powerful tool. It would be cool if my car could translate data from proximity radar system into my brain. Instead of relying on mirrors I could "feel" the road around me. Know where the curb is. Sense that Kia in my blindspot. Vibe that cop over the next hill with the radar set.
Would it be sense like we know them? No. Instead it would be sensations the likes of which we had never known before.
"Learning is not compulsory... neither is survival."
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