tim the scientist

An Artificial intelligence with that many GPUs would be very advanced due to the immense amount of data they can process at one time but at what scale or threshold (e.g., number of GPUs or model parameters) do you think emergent intelligence might realistically appear?

i want to dis Thanks for the clear feedback. I appreciate it.

Tachyons are hypothetical particles that can travel faster than the speed of light. Einstein’s theory of relativity does not allow these types of particles as that theory deems c or the speed of light, the absolute speed any particle can go. To overcome this loophole, Tachyons have masses that are of imaginary numbers or numbers that are the square root of negative numbers. Another theory is that tachyons have spacelike four momentum instead of the normal timelike four momentum. The theory why tachyons can travel beyond the speed of light is because it is the exact opposite of normal particles. As the velocity of normal particles reach closer and closer to the speed of light, the energy required to sustain this velocity becomes enormous, but for tachyons, as they speed up, the energy required to sustain their velocity becomes smaller and as they slow down to the speed of light, the energy required to sustain this speed becomes arbitrarily large, thus making it harder for tachyons to slow down than to accelerate. This may be due to differences in momentum, causing tachyons and normal particles to become opposite versions of each other. The problem posed by tachyons is that it is inconsistent with the casualty effect as if tachyons were real, it proves that sending information to the past would work, thus receiving the result of the cause even before the action. It will also be undetectable in an Einsteinian space like our universe as objects travelling faster than the speed of light will be going to the past and since tachyons are constantly above the speed of light, it would always be travelling to the past according to special relativity. As I have mentioned before, the main problem with understanding tachyons is how they travel so fast. The two potential theories are that the mass of tachyons are imaginary or they have a spacelike and not time-like four momentum. Many physicists prefer the theory of space like four-momentum over imaginary mass as first of all, since tachyons are confined to the spacelike portion of the energy–momentum graph in a spacelike four- momentum, they cannot slow down to subluminal (slower-than-light) speeds. Second of all, when traveling faster than the speed of light, the denominator in the above equation must be imaginary as the value under the square root is negative. The energy of any particle must be a real number so if this equation wants to work, the numerator should also be an imaginary number as an imaginary number divided by an imaginary number is equal to a real number, thus the mass of a tachyon must be a real number. All particles are excitations in the quantum field and we can put tachyons in as excitations in a field theory in many ways but I won’t go into detail about them. Experiments using a cerenkov detector which detects the speed of a particle in a medium were conducted to find tachyons. If something faster than light, like a tachyon, travels through it, cerenkov radiation will occur, but unfortunately, when testing, no cerenkov radiation was detected, thus leading to the conclusion that tachyons do not exist. But although experimentally, tachyons were not detected, physics still may be able to permit this legendary particle with some loopholes and if it really did exist, we may be at a turning point for humanity. So what do you think, are tachyons real? sorry if the equation did not come in, it is essentially an equation that shows that the total energy of a particle contains a contribution from its rest mass (the "rest mass–energy") and a contribution from its motion, the kinetic energy.