I hate animal rights fucktards...interesting stats tho.,..thanks for sharing.
by EdvardYeah, I think another talk about quantum mechanics is in order too.
Simply put. Relativistic theory keeps in mind that measurements must be taken relative to variables.
Quantum mechanics throws that out the window, and supposes there are variables or unseen mediums which effect outcomes and attempts to calculate solutions. Thus you end up with theories such as "teleportation" although no teleportation is probably occurring at the quanta level.
So, Edvard. If we think in terms of constants, and variables. I said this alot as of lately. Constants define a kludge in the system, an unknown variable or set of variables which are unseen or misunderstood.
You might say that any formula with a constant in it represents unknown physics. Newtons G is a great example as it falls apart when applied to other planets.
Relativity fixes that, and allows us to bypass these constants and measure everything relative to each other. Einsteins field equations are something I should probably look into some day.
With Quantum, the quanta, the lowest perceivable unit of light, how it works remains a mystery as sometimes scientists can observe synchronization across distances, and they have no way to explain it. Nothing is relative, or variable about it, perhaps. This is guessing. So, in steps Quantum mechanics to arrive at formula to explain the unknown.
It is safe to say that Quantum is simply a science that works with the Quanta and Electromagnetic energy however, and special relativity is Einsteins electromagnetic relativistic set of formulas, and general relativity attempts to work with gravity and leave things at that.