You haven't defined what a quark hole is, what 'adjacent' means in regards to your 'space' and I asked for trajectory. Get a dictionary.That's a simple one, they move into adjacent empty quark holes, next.
So why can't you answer my question?I use the same collision as the Universe, my program is an emulation of the Universe. No cheating.
Can you provide an accurate working simulation of say.... electron-muon collisions which match experimental observations? QED can. Can you provide an accurate model of the precession of Mercury's orbit? GR can. I wrote a program to do that as part of my coursework years ago.
Being able to program neural networks doesn't mean you have any special ability. I've worked with neural networks and a slew of other related things like SVMs, Bayesian networks, genetic algorithms etc. They are useful if you want a good way to get started on the issue of modelling complex systems but anyone who has actual experience with them knows they have a multitude of short comings, flaws and simple inability to handle certain situations. You seem to think your 'artistic' ability gives you some insight mathematicians or physicists don't have. Part of being a good scientist is being creative, to come up with ideas, concepts and approaches no one else has done before. But imagination untempered by logic, rationality and evidence is worthless in science because if you can't demonstrate your claims you are just making stuff up without reason or evidence.
Right now off the top of my head I could knock out a 2 page arm wavy 'theory of everything' in a similar vein to yours (and plenty of other cranks). I can put in plenty of buzzwords, make it sound superficially viable and all that. So how do we tell whether yours is better? Reason and evidence. But you can't provide reason nor evidence for your claims, hence it is indistinguishable from just the made up shit I might come up with.
I'll take the fact you ignored my comments about the scientific method to mean you didn't have a retort. If you have no interest in science then you cannot, by definition, have a viable 'theory of everything' as 'theory' means an hypothesis which has stood scientific scrutiny, both theoretical and experimental.