Comments by "OpenGL4ever" (@OpenGL4ever) on "Veritasium" channel.

  1. If everyone was at the Gaussian level, my toilet wouldn't flush.
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  2. We need to do something against light pollution to increase our chances to detect such an asteroid early.
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  3.  @jeb123  If everyone was as smart as Gauss and therefore came up with or worked with mathematical algorithms all the day, who would dig in the ground to lay water and sewer lines and fix them when they broke to make my toilet flush properly?
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  4. We need to do something against light pollution to increase our chances to detect such an asteroid early.
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  5. Kelvin rules and nothing else.
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  6. You need a maze that still allows you to get to the mouse if it gets stuck in the maze. That would reduce such a vertical maze to 2-3 levels. But you could of course incorporate vertical loops.
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  7.  @zackyfaisalb9007  The next mouse that manages to warp through space and time by using a warp drive will arrive first.
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  8. What about SETUN? Setun was a balanced ternary computer developed in 1958 at Moscow State University. This computer had 3 conditions -1, 0 and 1. And it was possible to built with normal hardware, because the 0 stands for 0 voltage, the -1 for negative voltage and the +1 for positive voltage. no power, This computer could calculate with three conditions.
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  9. No, you can't use Bytes here, because one Byte consists of 8 Bits and if you talk about one Byte, those 8 Bits are not separated. If you take 8 separated bits, you can store 2 conditions for each bit, resulting in 16 different conditions. Only if you entangle those 8 bits, you get 256 possible conditions. This is exactly the same like 8 entangled quibits or 8 entangled SETUN-Threebits. 8 bit = 2^8 = 256 conditions 8 quibits = 4^8 = 65536 8 SETUN-Threebits = 3^8 = 6561 conditions
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