But could it be that Time has symmetry and geometry? This would explain Superposition. Newton believed Time was a thing in itself and connected to motion and Einstein believed there was something missing from quantum mechanics. In my video The Paradox of Schrodingers Cat an artist view it is Time that is the Hidden Variable.
I uploaded it a couple of years ago so my calculus students could look at it. We were studying optimization. (The point at the center changes from a saddle to a maximum and back.)
It would be much better if you let two solitons with different size collide together...Since they have very similar size, looks like they bounce back from each other which is obviously not true. Nice video anyway...
Thanks! This was for a calc class, no physics implied - especially not solitons. We'd evaluated the max/min criterion as a fcn of the separation, so I wanted to show what was going on visually. I use YouTube to show videos in class. BTW, I disagree with your stmt that it is "obviously not true" that they bounce back from each other. Nor wd I say they pass thru each other. In the bosonic case, both stmts are equally devoid of meaning.
pretty cool!
KakHazhar 1 year ago
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Nice Video!
But could it be that Time has symmetry and geometry? This would explain Superposition. Newton believed Time was a thing in itself and connected to motion and Einstein believed there was something missing from quantum mechanics. In my video The Paradox of Schrodingers Cat an artist view it is Time that is the Hidden Variable.
nickharvey7 2 years ago
and the significance of this is?
EricEqualsMCSquared 2 years ago 2
I uploaded it a couple of years ago so my calculus students could look at it. We were studying optimization. (The point at the center changes from a saddle to a maximum and back.)
jzimba 2 years ago
It would be much better if you let two solitons with different size collide together...Since they have very similar size, looks like they bounce back from each other which is obviously not true. Nice video anyway...
idoll99 4 years ago
Thanks! This was for a calc class, no physics implied - especially not solitons. We'd evaluated the max/min criterion as a fcn of the separation, so I wanted to show what was going on visually. I use YouTube to show videos in class. BTW, I disagree with your stmt that it is "obviously not true" that they bounce back from each other. Nor wd I say they pass thru each other. In the bosonic case, both stmts are equally devoid of meaning.
jzimba 4 years ago
cool!
idoll99 4 years ago
wuuuuooooooooooo :)
sanchezdot 4 years ago