Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Reaction speed is different from calculation speed. It's the time it takes for information to be received, processed, and acted on. Assuming it's one calculation is probably incorrect, it'd be closer to, I'd say one hundred for absolute certainty. Then, it's time to act, which of course, needs more specs on the machine itself.UchihaVision said:I mean, it probably isn't impossible for processing speeds to be FTL, Just that nothing can actually move at those speeds
Though i don't really know how valid my calculation is BUT 93 quadrillion calculations per second was going to yield a ridicilous result either way
You're right, though the original question was how fast can a supercomputer process information, not reaction speed and i think my calculation is close to or somewhat around the ball parks of the correct resultOmegagoldfish said:Reaction speed is different from calculation speed. It's the time it takes for information to be received, processed, and acted on. Assuming it's one calculation is probably incorrect, it'd be closer to, I'd say one hundred for absolute certainty. Then, it's time to act, which of course, needs more specs on the machine itself.UchihaVision said:I mean, it probably isn't impossible for processing speeds to be FTL, Just that nothing can actually move at those speeds
Though i don't really know how valid my calculation is BUT 93 quadrillion calculations per second was going to yield a ridicilous result either way
Basically, it's all in the specs, the quality of hardware, quality of software, and the thing being reacted to.
Accel MFTL via being superior to a hundred supercomputers. OvOProfessorKukui4Life said:Metagross FTL reactions ovo