there is no resistance in a vacumb in space, but on earth you may have other forces, so I believe space is where this superconductor should be.
A superconductor has no resistance, so the faster you shove the faster it moves, it should be infinite speed in the right position in space, away from gravity. so a CPU with its data bus as this space superconductor would work at infinite speed, and may even become self aware.
we cant shove anything faster than light yet, but it may be possible in the future, or a method like electrical charges like you find in old cathode ray tubes,
it may be possible with water in the vacumb or something,
with no resistance anything you push will arrive at the other end at the same speed, so stands to reason push fast as you can upto infinity
if we use a prism to split light into a rainbow, you can send light information 8 or more times the speed of light, so a rainbow I'm just saying 8 coulors but you could probably decode many more variats in the beam , maybe infinite , so with a single light beam you may have infinite info
(https://media.giphy.com/media/hokMyu1PAKfJK/giphy.gif)
Quote from: gameleaper on August 28, 2017, 06:24:17 AM
there is no resistance in a vacumb in space, but on earth you may have other forces, so I believe space is where this superconductor should be.
A superconductor has no resistance, so the faster you shove the faster it moves, it should be infinite speed in the right position in space, away from gravity. so a CPU with its data bus as this space superconductor would work at infinite speed, and may even become self aware.
Electrical resistance has nothing to do with gravity or friction. Superconductors involve electrical resistance. Lower resistance, better conductance of electricity.
The vacuum of space is in fact infinitely resistive to electrical conductance as there are no electrons to carry the charge.
The vacuum of space has no force resistance.
You are confusing to very different topics. Read up some more on stuff you don't understand.
:idiot2:
https://en.wikipedia.org/wiki/Electrical_resistivity_and_conductivity#Causes_of_conductivity
Jump to 2:51 - 3:02 for a valuable discourse on physics:
that's some blingy blobby shit
Quote from: mirth on August 28, 2017, 03:49:10 PM
that's some blingy blobby shit
'Hollywood Shuffle.' A pretty underrated 90s comedy.