06 June 2016 93 5K Report

In quantum physics, bosons are elementary particles that can occupy the same place in space, but to not accumulate like classical particles, as having been shown in recent experiments on photons where tens of thousands of particles behave as a single quantum particle. Please see the attached link.

http://physicsworld.com/cws/article/news/2010/nov/24/bosons-bossed-into-bose-einstein-condensate

This result can be interpreted mathematically if we use a mathematics in which 1+1=1. And from this we obtain 1+1+1+1...=1, in other words ∞→1. For clarity, it should be mentioned here that this kind of mathematics has the form of a Boolean algebra. We can hardly use it, but as shown by the experiments on photons, bosons can.

If these are also true for Higgs boson then the state of an infinite density of matter cannot be achieved because Higgs boson is considered to be the particle that gives masses to other particles. How can  a black hole be formed?

On the other hand, fermions can be considered to follow a mathematics in which 1+1=0.

Actually, the inverse process is more interesting because it can be used to explain the wave mechanics. If tens of thousands of quantum particles can occupy the same place in space and behave as a single quantum particle, i.e., ∞→1, then there is no reason why a single quantum particle cannot make copies of itself to form a medium, i.e., 1→∞, so it can manifest as a wave.

Quantum physics is weird as long as we don't understand it. This statement seems to be obvious as 1+1=2. However, if we follow Einstein's way of thoughts, it's even weirder if we have the ability to understand it at all. 

Recently, I have been able to construct spacetime structures of quantum particles entirely in terms of geometry and topology which shows that the concept of infinite density matter seems to be irrelevant. Please refer to my work entitled  SPACETIME STURCUTURES OF QUANTUM PARTICLES and  A DERIVATION OF THE RICCI FLOW for more details.

Working Paper SPACETIME STRUCTURES OF QUANTUM PARTICLES

Working Paper A DERIVATION OF THE RICCI FLOW

Working Paper A TEMPORAL DYNAMICS: A GENERALISED NEWTONIAN AND WAVE MECHANICS

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