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Originally posted by sardion2000
A. Tiny Gas Turbines equal Extremely Tiny Efficiency.
B. It's a Combustion based Technology and thus emits Carbon Monoxide.
C. It adds more moving parts when we should be headed in the other direction.
D. It adds more heat dissipation issues.
It makes sense for say a Military/Medical unit that needs reliability.
Ethanol FC looks promising, though only if battery/capacitor technology remains stagnant.
My vision of the computer of the future is probably a lot different then yours.
Just imagine a sheet of paper with the processing power of BlueGene... I can't, but considering how far we've come in the last 50 years, I wouldn't bet against such a possibility..
Remember, once we start engineering features under 0.1 microns, weird things start to happen as different forces start to dominate over familiar ones. Such a weird and seemingly contradictory world will require us to rethink a lot of things.
I couldn't disagree more about the moving parts aspect. Are you say you disagree with the whole principle of nano tech??
This is something I know quite a bit about since it's my field of research
Personally I believe that the processing aspect of computers will be centralised. There won't be any computation to be done by the device per se, it would be all handled through a central quantum computer and the device you use simply a way of interfacing with this bank.
I agree heat is an issue with gas turbine tech, however there are a number of ways that we could over come this such as the following
Originally posted by Ekkavit
Just the thought,I think it's possible.
Infinite is exist in the principle.
As counting number to the infinite number that exist, but the reality,I can't reach to it.
So,there must be a way to create it in the future.
Originally posted by DJMessiah
Originally posted by RedDragon
if you had a hard drive that could go back in time and alter its data i guess it could have infinite space.
Wouldn't that just be the same as erasing a file and replacing it with another in current time?
In 1999, scientists estimated that all of human knowledge takes up 12.5747 exabytes (EB) of space, if ever transfered to a HD.
Originally posted by apex
No, it's infinite density I think, and also infinite weight perhaps, but not infinite mass. The actual mass of the singularity is that of the object which formed the black hole.
"The “star” then collapses to a black hole—a singularity, or point of zero volume and infinite mass, hidden by an event horizon at a distance called the Schwarzschild star"
Originally posted by DJMessiah
Black holes have infinite mass and infinite weight only at the center (after the outer shell).
[edit on 4-12-2006 by DJMessiah]
Incorrect. Like I said earlier, the normal laws of physics do not apply to black holes, so indeed, infinite mass is attainable in a black hole.
Originally posted by sardion2000
Actually that IS incorrect. Our "laws" of Physics break down when trying to model Black Holes because we have not reconciled GR with QM. It's not that the "Normal" Laws of Physics don't apply, we just haven't found the "Real" Unified Universal Laws of Physics as of yet. In Physics, an answer that state Infinity is usually wrong.
Therefore, IBM has indicated that it will attempt to build by the end of
this year, a 32 Terabyte storage system out of a 3x3x3 array of 27 small,
relatively simple hard disk modules, which it refers to as 'collective
intelligent bricks'.
Originally posted by sardion2000
Is Quantum Loop Gravity Falsifiable? Has any part of it been confirmed?
Originally posted by sardion2000
A. Tiny Gas Turbines equal Extremely Tiny Efficiency.
B. It's a Combustion based Technology and thus emits Carbon Monoxide.
C. It adds more moving parts when we should be headed in the other direction.
It makes sense for say a Military/Medical unit that needs reliability.
A. Efficiency is not power. Efficiency is the measure of work performed versus power used.
B. Combustion only emits carbon if there was already carbon in the mix. Such as wood, and most natural combustion.
C. Moving parts aren't always a bad thing. In robotics we often find that the longest lasting solution is a physical one. Electronic controls have a habit of burning out faster than the mechanical alternative.
Originally posted by a1ex
Technology will find a way to Store/Retrieve Information from Crystals...
This will happen in no less than 50 years (again a hunch) no prediction
Details of the Experiment
The researchers used a piece of silicon crystal about 300 microns thick - about three times the width of a human hair - less than 3 inches long and about one-tenth of an inch wide. The silicon crystal was doped with phosphorus atoms. Phosphorus atoms were embedded in silicon because too many phosphorus atoms too close together would
interact with each other so much that they couldn't store information. The concept is that the nuclear spin from one atom of phosphorus would store one qubit of information.
Source: www.physorg.com...