WELL ITS NOT VELOCITY. Of that we can be sure.
Really? So what about the flux of muons from cosmic rays? What about muons produced at rest? What about muoniom (a muon bound to an electron)? What about hundreds of other experiments I could mention?
So if the taxeaters haven't allowed for any other factor they are wasting money. So you haven't allowed for acceleration right?
Don't be stupid. Of course acceleration is taken into account - that's what theories are good for, rather than the random nonsense you're spouting.
And how do you detect Muons at rest? Where are they when they are resting?
In a detector. It's done literally billions of times per second in facilities across the world.
Again. This is scraping the absolute bottom of the barrel if you need to go to theoretical subatomic particles for your alleged evidence.
Another proof you have no idea what you're talking about. Muons are about as far from theoretical as you can get, and we understand their properties extraordinarily well (for example we can predict their behavior FAR better than we can that of macroscopic clocks).
More relevantly, subatomic particles are very light, which means it's common for them to move at relativistic speeds where these effects are most clear.
Actually not at all. Given the structure of atoms
Muons aren't atoms. Fail.
you would expect acceleration to have all kinds of effects.
They are elementary particles (not that that matters). Fail.
But thats not the real deal here. You think you have evidence. But it doesn't mean squat if you haven't ruled out as many other possibilities as you possibly can.
Nonsense. Science proceeds by building theories which explain the data. If, or when, someone comes along with a better one, the older one gets replaced. No one ever has, but the floor is open - go ahead.
Now hang on a minute. You are saying this doesn't even have the sort of control you would get in an accelerator?
You have cosmic ray muons, muons from reactors, muons from accelerators. Not to mention all the other unstable particles whose lifetimes have been measured. Literally trillions of experimental data points, all perfectly consistent with relativity, and repeatedly tested every day under extreme circumstances where you get time-dilation factors of 1000s and more.
So, are you going to answer my question? Why do 20GeV muons live 200 times as long as muons at rest?