I do not understand why governments do not adopt the balanced account system: each individual or business should have their accounts balanced: their current expenses plus current savings must match the savings of the previous year plus their current earnings.
Thus, with such a system, no one would be able to hide profits, simply because if they did so there accounts would be unbalanced.
Being a smart developer does not mean being a smart designer.
Being a smart developer means to make a program that has good performance, reasonable number of bugs, can easily be read by other people, etc.
Being a smart designer means code can be easily extended, patterns applied consistently across code, good modularization, can easily be refactored, low coupling etc.
What most projects, if not all, lack is software designers, i.e. people who design APIs, modules and interfaces of high quality.
In most cases, the developers are also the designers, but coding is such a process that losing track of design is extremely easy. You can easily preoccupy yourself with the details of the code and lose tracking of the big picture.
According to the article, particles 1 and 4 do not coexist. Therefore, one must be destroyed before the other is created.
But if 1 is destroyed before 4 is created, then the entanglement of 1 and 2 is broken before 3 and 4 are created (because 3 and 4 are created together, and then 2 and 3 are entangled).
So, by the time 2 and 3 are entangled, 1 does not exist, because 3 already exists and is entangled with 4.
The question that arises is then how do they know that 1 and 4 are entangled?
It could simply be that 1 and 4 show the same state when measured, because 1 and 2 were entangled, then 3 and 4, then 2 and 3. Which means that whatever entanglement existed between 1 and 2 will exist between 1 and 3 and 1 and 4, even if 1 does not exist.
That does not mean particles are entangled across time. It may mean that entaglement is simply peristent and transmiitable.
Most probably there is a misunderstanding somewhere between the announcement and the article, so please anyone that knows more, elaborate.
...is non-existent. There are few discussions around about the 2009 movie, and almost 100% forum talk is about the old movies and series.
People watch the old movies and the series and then go to the forums and talk about them. They watch the 2009 film, but then they have nothing to say.
This proves for me, without any doubt, that the current Star Trek movies did in no way revitalized the franchise. Sure Paramount got a huge profit from it, but other than that, there is nothing to discuss coming from the new movies.
I haven't watched this movie, but from what I understand, it is a generic action flick with a Star Trek skin.
We should somehow realize that Star Trek is not cinema. Most Star Trek movies are not that good.
The show shined in the series, and perhaps Abrams should think of doing a Star Trek series. He is very good for that format, and I believe that he will make the best Trek series so far.
What we need in order to simulate the human brain is to find a way to store the input a human has in a computer and process it in real time.
Humans have 5 senses: vision, hearing, touch, smell and taste.
In order to simulate a human brain, we need to find a way to store these inputs, in a way a brain does.
When we figure this out, making human-like AI would be dead-easy, because all the brain does is pattern matching on the inputs stored to find the response that maximizes its survival potential.
Since the described mechanism is not specific to video, and since the CDM plugin will be able to acess all input and output devices the browser offers, the proposed DRM opens the door for a custom Web.
The CDM plugins that will be created will be like Flash: they will offer not only video but custom programming languages, widgets and other components that will allow for rich interactive applications.
But this time each company will have their own custom implementation, allowing companies to create their own version of the Web, which runs on their equipment only.
This will be the deathbed for Linux on the desktop, since none of these plugins will work on Linux by default.
This will also be the death of any small laptop and tablet manufacturer that cannot cut a deal with these big companies. They will not be able to offer cheap products since these products will not run the content that MS and Apple devices will run.
If the WWW committee allows this, they might stop HTML development alltogether, because a browser's task will be simply the task to run the CDM plugin of the owner vendor.
Artificial intelligence will never reach human intelligence, for the simple reason that the brain contains 200 billion neurons in a vastly parallel network. Unless technology can duplicate that, don't expect human-level intellgence any time soon.
What could be done though today is automatic driving though automatic roads, i.e. roads enhanced with digital systems that provide the car with directional and traffic information through wireless stations, as well as kinematic information of other cars.
With such a system, it would be entirely possible to make driving automatic. it will turn roads to railways, but with cars instead of trains.
There was a huge technological explosion the previous decades, and now it is really hard to come up with original ideas. It seems like whatever was there to be discovered is already discovered. Now there is only room for renovation.
Take the human-computer interface, for example. We are stuck with GUIs for 3 decades. The face of GUIs has changed a lot, but that's only superficial; we have fancier displays now, and that's about it. We still click and drag, even if we do it with our fingers instead of a mouse. Our screens are still filled with buttons and input boxes, just like in the previous decades.
A space carrier with rotating sections for gravity, nuclear propulsion, and some form of thick protection against the radiation (either thick plating or a magnetic shield or a combination) would be a much better approach.
With such a vehicle, manned space travel between Mars - Earth would become a commodity.
C++ can easily do multiple dispatch, by using templates.
No mainstream programming language has a depentent type system yet. Not even Haskell.
Continuations are difficult to do without sacrificing the "don't pay for what you don't use" principle, which is a lot more important than continuations.
Handling correctable errors can (and should) be handled at library level, and c++ can perfectly do that. Exceptions are for exceptional situations.
C++ does DSLs fine, there is little need for anything beyond operator overloading.
C++ does partial evaluation just fine, thanks to templates.
C++ does currying just fine as well, thanks to templates and function objects.
C++ does pattern matching just fine, and now that it has lambdas it is easier and more natural than ever before.
And since you haven't bothered with googling the points you make, I won't either. Life is short.
The problem behind all this is that the technology is all wrong. HTML was a document delivery technology, it's done and should be left alone. We should move on to better things, like a web UI technology that allows the full spectrum of today's computers to blossom.
According to the show, the USS Enterprise in TNG produces 12.75 billion GW at any moment in time, so we have already the capability to produce more energy than that.
Slashdot Mirror
It wouldn't work like that. You'd simply ask for
latest news and scores for team X
and the computer would fetch the info you want.
I do not understand why governments do not adopt the balanced account system: each individual or business should have their accounts balanced: their current expenses plus current savings must match the savings of the previous year plus their current earnings.
Thus, with such a system, no one would be able to hide profits, simply because if they did so there accounts would be unbalanced.
Being a smart developer does not mean being a smart designer.
Being a smart developer means to make a program that has good performance, reasonable number of bugs, can easily be read by other people, etc.
Being a smart designer means code can be easily extended, patterns applied consistently across code, good modularization, can easily be refactored, low coupling etc.
What most projects, if not all, lack is software designers, i.e. people who design APIs, modules and interfaces of high quality.
In most cases, the developers are also the designers, but coding is such a process that losing track of design is extremely easy. You can easily preoccupy yourself with the details of the code and lose tracking of the big picture.
Entanglement exists outside of reference frames. So, it exists across time.
This means that there is a super reference frame which includes all possible frames and allows for things to persist (and perhaps move) across time.
According to the article, particles 1 and 4 do not coexist. Therefore, one must be destroyed before the other is created.
But if 1 is destroyed before 4 is created, then the entanglement of 1 and 2 is broken before 3 and 4 are created (because 3 and 4 are created together, and then 2 and 3 are entangled).
So, by the time 2 and 3 are entangled, 1 does not exist, because 3 already exists and is entangled with 4.
The question that arises is then how do they know that 1 and 4 are entangled?
It could simply be that 1 and 4 show the same state when measured, because 1 and 2 were entangled, then 3 and 4, then 2 and 3. Which means that whatever entanglement existed between 1 and 2 will exist between 1 and 3 and 1 and 4, even if 1 does not exist.
That does not mean particles are entangled across time. It may mean that entaglement is simply peristent and transmiitable.
Most probably there is a misunderstanding somewhere between the announcement and the article, so please anyone that knows more, elaborate.
The article mentions that you can leave types aside for a moment, when you want to rapidly develop something.
That's the worst programming advice ever.
Good design starts from typing.
...is non-existent. There are few discussions around about the 2009 movie, and almost 100% forum talk is about the old movies and series.
People watch the old movies and the series and then go to the forums and talk about them. They watch the 2009 film, but then they have nothing to say.
This proves for me, without any doubt, that the current Star Trek movies did in no way revitalized the franchise. Sure Paramount got a huge profit from it, but other than that, there is nothing to discuss coming from the new movies.
I haven't watched this movie, but from what I understand, it is a generic action flick with a Star Trek skin.
We should somehow realize that Star Trek is not cinema. Most Star Trek movies are not that good.
The show shined in the series, and perhaps Abrams should think of doing a Star Trek series. He is very good for that format, and I believe that he will make the best Trek series so far.
What we need in order to simulate the human brain is to find a way to store the input a human has in a computer and process it in real time.
Humans have 5 senses: vision, hearing, touch, smell and taste.
In order to simulate a human brain, we need to find a way to store these inputs, in a way a brain does.
When we figure this out, making human-like AI would be dead-easy, because all the brain does is pattern matching on the inputs stored to find the response that maximizes its survival potential.
Since the described mechanism is not specific to video,
and since the CDM plugin will be able to acess all input and output devices the browser offers, the proposed DRM opens the door for a custom Web.
The CDM plugins that will be created will be like Flash: they will offer not only video but custom programming languages, widgets and other components that will allow for rich interactive applications.
But this time each company will have their own custom implementation, allowing companies to create their own version of the Web, which runs on their equipment only.
This will be the deathbed for Linux on the desktop, since none of these plugins will work on Linux by default.
This will also be the death of any small laptop and tablet manufacturer that cannot cut a deal with these big companies. They will not be able to offer cheap products since these products will not run the content that MS and Apple devices will run.
If the WWW committee allows this, they might stop HTML development alltogether, because a browser's task will be simply the task to run the CDM plugin of the owner vendor.
Artificial intelligence will never reach human intelligence, for the simple reason that the brain contains 200 billion neurons in a vastly parallel network. Unless technology can duplicate that, don't expect human-level intellgence any time soon.
What could be done though today is automatic driving though automatic roads, i.e. roads enhanced with digital systems that provide the car with directional and traffic information through wireless stations, as well as kinematic information of other cars.
With such a system, it would be entirely possible to make driving automatic. it will turn roads to railways, but with cars instead of trains.
But apparently there can be good things from Redmond, like nuclear fusion-powered spaceships :-).
We need a binary protocol and tools to handle that binary protocol.
Yeah, I know, text is ubiquitous, but so this new protocol will be if it is open source.
But a binary protocol will reduce consumption by a large amount.
I saw the preview trailer...excellent graphics, top-notch animation, very good voice acting...but it failed to grab my attention. There was a void.
On the other hand, the movie 'Up' was a lot cruder, in terms of technical aspects, but so much more moving than 'the croods'.
How does the Higgs Boson giver mass to other particles?
And some other interesting questions:
How is a Higgs Boson produced?
Can we produce these particles at will?
Can we affect gravity with them?
There was a huge technological explosion the previous decades, and now it is really hard to come up with original ideas. It seems like whatever was there to be discovered is already discovered. Now there is only room for renovation.
Take the human-computer interface, for example. We are stuck with GUIs for 3 decades. The face of GUIs has changed a lot, but that's only superficial; we have fancier displays now, and that's about it. We still click and drag, even if we do it with our fingers instead of a mouse. Our screens are still filled with buttons and input boxes, just like in the previous decades.
A space carrier with rotating sections for gravity, nuclear propulsion, and some form of thick protection against the radiation (either thick plating or a magnetic shield or a combination) would be a much better approach.
With such a vehicle, manned space travel between Mars - Earth would become a commodity.
At first, my excuse was "I'll do it when we have a black president mom", believing that we will never have a black president.
Then Obama came along, forcing me to change my line to "I'll do it when Duke Nukem Forever is released, mom".
I was sure DNF was never going to be released. Then one day, I saw the headlines: "DNF is on stores". WTF? this too, after Obama?
But now I got a 100% certain thing: "I'll do it mom, but when HURD is released!"
Come on HURD devs, do not dissapoint us. Don't you ever dare finish it!
It also had ultra advanced sprite scaling chips to allow me to play outrun, powerdrift, galaxy force and space harrier as seen in the arcades.
Unfortunately, it never happened.
C++ can easily do multiple dispatch, by using templates.
No mainstream programming language has a depentent type system yet. Not even Haskell.
Continuations are difficult to do without sacrificing the "don't pay for what you don't use" principle, which is a lot more important than continuations.
Handling correctable errors can (and should) be handled at library level, and c++ can perfectly do that. Exceptions are for exceptional situations.
C++ does DSLs fine, there is little need for anything beyond operator overloading.
C++ does partial evaluation just fine, thanks to templates.
C++ does currying just fine as well, thanks to templates and function objects.
C++ does pattern matching just fine, and now that it has lambdas it is easier and more natural than ever before.
And since you haven't bothered with googling the points you make, I won't either. Life is short.
The problem behind all this is that the technology is all wrong. HTML was a document delivery technology, it's done and should be left alone. We should move on to better things, like a web UI technology that allows the full spectrum of today's computers to blossom.
According to the show, the USS Enterprise in TNG produces 12.75 billion GW at any moment in time, so we have already the capability to produce more energy than that.
More info here: http://en.memory-alpha.org/wiki/USS_Enterprise_(NCC-1701-D)
Don't worry, the next version of Meego will be named Yugo.
No, it was something about a resonance cascade.
Normally, all known chemical elements reflect light in one degree or another...so, what is this dark matter made of? what is its chemical composition?