Quote: "If you try to work out the physics for Quantum particles you will find that they obey standard physics. The oddities that they produce, are actually the mistakes coming to light."
If it happens in real life then it's not a "mistake"... Quantum mechanics is the simplest mathematical model for describing what we've observed and making predictions. If I want to calculate the probability of an electron with a particular energy making its way though a potential difference barrier, I can use the equations of quantum mechanics to calculate that. If I then do the experiment it will give the exact same results.
What you've done is incapable of producing results that match up with reality.
Quote: "That's what I did, and that's what I mean."
No, you didn't... There's so many things wrong with that it's hard to find a place to start, but I'll try: first, you haven't done any actual experiments. You say you've simulated the universe down to the smallest part, and yet you haven't proved what the smallest part is. Anything you create based on nothing is pure fiction, and not even science fiction at that, which is far more realistic than anything you've said so far. Science fiction is about looking at how science has evolved and predicting how it will continue in the future. There's a reason science is like science fiction: the predictions science fiction makes are not always wrong. (star trek alone predicted flat screens, mobile phones, computer translation, voice recognition, matter-energy conversion, etc.)
What you've done is just said that all of science is wrong, with no evidence to back up any of your statements, on the basis that you've simulated it on a computer, and seemingly very little knowledge of the science you've disregarded... One could just as easily claim that the earth was flat. Then there's the fact that alot of the physics you're claiming is completely wrong is required for modern computers to even function at all.
This is how science works:
- You find an observation that can't be explained by the current theories.
- You create a new theory, or make an adjustment to a theory which you think will explain this new phenomenon.
- You test the theory in a new experiment.
Where is the experimental evidence that suggests that the whole of physics is flawed? (And don't start babbling about some vague ideas of things not being right, link to the experiment, the data, and then explain why that data means that physics is flawed)
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