In an unprecedented undertaking, IBM Research and five leading universities are partnering to create computing systems that are expected to simulate and emulate the brains abilities for sensation, ...
In an unprecedented undertaking, IBM Research and five leading universities are partnering to create computing systems that are expected to simulate and emulate the brains abilities for sensation, perception, action, interaction and cognition while rivaling its low power consumption and compact size.
Science has come a long way in understanding the bodys central nervous system, but the way our brains work - the fact that we recognize patterns and base our thoughts and ideas on past experiences, for example - remains largely a mystery. Understanding the process behind these effortless feats of the human brain and creating a computational theory based on it is one of the biggest and most fundamental challenges for computer scientists today, and IBM researchers are one step closer to making this quest a reality.
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You can make fusion reactions in a desktop device called a Farnsworth Fusor. Getting fusion is easy getting break even in controlled fusion is what is difficult. JET comes close to break even ITAR is supposed to achieve several times break even.
They'll have to get beyond what we know as computers today before they can make a self aware computer. It took around 20,000 processors to simulate 10,000 neurons or a single neocortical column in a rat's brain. A human brain has 100 billion neurons. IBM does not have to money to make the thing It's going to need to be a very complex quantum computer or atleast have qbit elements to be fully accurate. Building the machine would cost more then NASA's moon base.
Those 20,000 processors where normal processors running software that simulate neurons. What Facets or IBM are trying to do is build processors that simulate neurons on the hardware level.
If we could see a future computer from the year 2050, we would truly be scared. It's better that we don't see it yet. We are not ready to think that big yet.
It would be like if you showed the Pilgrims of 1607 a Commodore 64 in action...they would panic and kill you for such "witchcraft".
Future computers in our lifetime: 1) Monitors will project into the air and use NANO dust for imaging 2) Keyboards will be replaced by "hologram boxes" projected by a flat piece of material where your keyboard used to sit. You manipulate data with your hands. Certain gestures like snapping your fingers will launch powerful program commands. 3) Your PC storage will be in the QUADRABYTES 4) The Internet will be 50,000 times faster than now 5) A PC will be 1,000,000 times more powerful
nano's are being looked at as a health problem, they could get into your lungs and you're basically dead. keyboards will always stay the way they are, they'll probably have screens on them for a tablet pen or finger. thumb drives will hold over 400 gbs. and instead of holograms we'll have glasses that work with software on a pc..
They also happen to know that fusion occurs due to the nuclear weak force; which converts protons to neutrons and neutrons to protons via bosons. And, indeed, there is a mountain of literature on the mechanics of this fundamental force which has been united with electromagnetism under super symmetry in the standard model. Either you're trying to say scientists know a lot about the brain or you chose a poor example.
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Getting fusion is easy getting break even in controlled fusion is what is difficult.
JET comes close to break even ITAR is supposed to achieve several times break even.
It took around 20,000 processors to simulate 10,000 neurons or a single neocortical column in a rat's brain.
A human brain has 100 billion neurons.
IBM does not have to money to make the thing It's going to need to be a very complex quantum computer or atleast have qbit elements to be fully accurate.
Building the machine would cost more then NASA's moon base.
It's better that we don't see it yet. We are not ready to think that big yet.
It would be like if you showed the Pilgrims of 1607 a Commodore 64 in action...they would panic and kill you for such "witchcraft".
1) Monitors will project into the air and use NANO dust for imaging
2) Keyboards will be replaced by "hologram boxes" projected by a flat piece of material where your keyboard used to sit. You manipulate data with your hands. Certain gestures like snapping your fingers will launch powerful program commands.
3) Your PC storage will be in the QUADRABYTES
4) The Internet will be 50,000 times faster than now
5) A PC will be 1,000,000 times more powerful
keyboards will always stay the way they are, they'll probably have screens on them for a tablet pen or finger.
thumb drives will hold over 400 gbs.
and instead of holograms we'll have glasses that work with software on a pc..