Fons Wils 0202
Where do the laws of physics come from?
So now we have to find out where all these things come from. We have the theory of relativity to start from. And we have - what is derived from this - quantum physics to start from. Quantum physics works with chances: it predicts how matter is going to behave, and it follows certain laws: the mathematical laws of chance. As we have already said, the theory of relativity is derived from the relation between mass and the curved of space and time.
But nobody knows why we find those laws (ie. the theory of relativity and quantum mechanics) in physics. Now when we look at the universe to find out how the theory of relativity works, we can see that there are some very strange phenomena out there in the universe. And one of them is black holes. What happens in black holes is that matter collapses. And as it collapses it loses its connection with the Higgsfield, thereby losing its properties and becoming pure energy without properties, so this one (the "E" in the formula: E=mc²). Moreover, light can no longer emerge from a black hole.
Two people have proposed a solution for what happens with the energy in the black holes: Archibald Wheeler, who came up with wormholes, and Stephen Hawking, who came up with the solution of the evaporating black hole. Neither solution would appear to be true, however. So something else must be happening with the energy in the black hole.
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