Comments by "Lord Of The Pancakes" (@LordOfThePancakes) on "The Independent" channel.

  1. It’s called many worlds theory, and it’s already been proven by measuring different quantum entanglement states from the quantum wave function of light particles by doing the double slit experiment. Since light behaves like a wave until measured scientists now know that these particles are in superposition based on probability. Knowing that, physicists now know that we live in a “holographic” universe, because of the way information is stored on the event horizon of a black hole. Stephen Hawking won the Nobel prize back in the 70’s when he discovered how black holes slowly radiate and lose mass over time. Otherwise known as ‘Hawking Radiation.’ Information of 3d spacetime that exists inside a black hole is encoded on a 2d surface. How scientists know this you might ask? Because the radius of a black hole is directly proportionate to its mass… not its volume. Which has massive implications in both cosmology and astrophysics. To simplify, we have the entropy equation for determining the probability of both distance and velocity information can travel within the boundary of the inner event horizon of a black hole. y(x,t)=sin (kx−ωt+φ) y ( x , t ) = A sin ( k x − ω t + φ ) where k=2π/λ k = 2 π / λ is defined as the wave number, ω=2π/T ω = 2 π / T is the angular frequency. Then we can square that function with the probability of any given 2 particles (spin, direction, mass) and quantify its position relative to its pair. Aka, Quantum Entanglement.
    1
  2. It’s called many worlds theory, and it’s already been proven by measuring different quantum entanglement states from the quantum wave function of light particles by doing the double slit experiment. Since light behaves like a wave until measured scientists now know that these particles are in superposition based on probability. Knowing that, physicists now know that we live in a “holographic” universe, because of the way information is stored on the event horizon of a black hole. Stephen Hawking won the Nobel prize back in the 70’s when he discovered how black holes slowly radiate and lose mass over time. Otherwise known as ‘Hawking Radiation.’ Information of 3d spacetime that exists inside a black hole is encoded on a 2d surface. How scientists know this you might ask? Because the radius of a black hole is directly proportionate to its mass… not its volume. Which has massive implications in both cosmology and astrophysics. To simplify, we have the entropy equation for determining the probability of both distance and velocity information can travel within the boundary of the inner event horizon of a black hole. y(x,t)=sin (kx−ωt+φ) y ( x , t ) = A sin ( k x − ω t + φ ) where k=2π/λ k = 2 π / λ is defined as the wave number, ω=2π/T ω = 2 π / T is the angular frequency. Then we can square that function with the probability of any given 2 particles (spin, direction, mass) and quantify its position relative to its pair. Aka, Quantum Entanglement.
    1