BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
Skepdick, your entire response is just one long exercise in
misdirection and bad faith argumentation.
No, it's not. Your spam over 130+ pages on the other hand...
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
First, you claim that
conservation laws are unfalsifiable, which is absurd. A falsification would be simple: observe
one instance where energy, charge, or momentum is
not conserved.
I can only explain it to you. I can't understand it for you. If you DEFINE momentum as a conserved quantity - there is no empirical observation which can falsify such a tautology.
That is what equation are. Unfalsifiable definitions.
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
That’s all it would take. Yet, you can’t provide a single example of this happening—because none exist. Instead, you play rhetorical games about what “empirical violation” means, as if that somehow changes reality.
Because you can't provide a single example of where 1 != 1.
That's how equations work!
Idiot.
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
Then, you bring up
parity and CP violation, which have absolutely nothing to do with conservation laws like energy, momentum, or charge. Those violations affect
symmetry operations—not the fundamental accounting of physical quantities. Trying to pass that off as a violation of conservation laws is either
deep ignorance or
intellectual dishonesty.
It's neither of those. It's a fact about physics.
The standard model is broken. Every physicist knows this.
The word "model" is a dead giveaway. It's the map, not the teritory.
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
And finally, your argument that
we “redefine” energy just to balance equations is laughable. We don’t just
define energy into existence—its conservation is an
observed reality.
Nonsense. What is energy? I bet you can't define it relating it to other things using the "=" sign.
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
The relationship between energy and mass isn’t some linguistic trick—it’s what powers nuclear reactions, particle physics, and every single application of modern physics. If your argument were true, the Large Hadron Collider would be a
magic trick, not a functional scientific tool.
Yeah, nonsense. The LHC doesn't work because our theories are true.
It works despite our theories being wrong. That's what good enough approximations do.
BigMike wrote: ↑Sat Feb 01, 2025 4:36 pm
So, let’s cut through your nonsense. Either provide an example of **energy, charge, or momentum being non-conserved in a controlled experiment**, or admit you’re just here to argue for the sake of arguing.
Soon as you provide an example where x != x.
Conservation laws in physics are unfalsifiable mathematical frameworks we impose on our observations - even though they are marketed as empirical descriptions of reality. The quantities aren't directly measurable - they're derived from other measurements and calculations. What makes them unfalsifiable is how equational failures have been handled throughout history: rather than accepting that conservation laws might be wrong, physicists maintain these laws by adding new terms to make the equations balance.
Imagine that if 2+2≠4. No problem! We add an 'x' so that 2+2+x=4. This pattern appears throughout physics history - when beta decay seemed to violate energy conservation, we proposed the neutrino; when cosmic expansion seemed to violate energy conservation we just introduced dark energy, when particle interactions seemed inconsistent, we added new force-carrying particles.
Everyone of those new "discoveries" are really just fudge factors to make the two sides ballance. Because that's how equality works.
The conservation laws themselves can never be empirically falsified because they're not claims about reality that could be proven wrong - they're definitional frameworks we use to organize our understanding of nature. When observations don't fit the framework, we expand it by postulating new particles, fields, or forms of energy rather than abandoning the fundamental principle of conservation.