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FQXI ARTICLE

November 20, 2019

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STEFAN W. wrote on May 9, 2009

I think all the quantum puzzles can be easily understood by examining some certain shared a priori-assumptions that make it possible for ourselves to comprehend nature.

But before i come to my point, i must explain first what i mean with my first sentence here. This first sentence would be somewhat circular if one ignores a crucial fact about the very nature of quantum physics. It would be circular because starting that some of our a priori-assumptions in understanding nature could...

I think all the quantum puzzles can be easily understood by examining some certain shared a priori-assumptions that make it possible for ourselves to comprehend nature.

But before i come to my point, i must explain first what i mean with my first sentence here. This first sentence would be somewhat circular if one ignores a crucial fact about the very nature of quantum physics. It would be circular because starting that some of our a priori-assumptions in understanding nature could...

GEORGINA PARRY wrote on March 27, 2009

Talk of 3 dimensional objects able to contain themselves. The Klein bottle was given as an example of an object that partially contains itself, but not completely. How about the child's water snake toy? This is a hollow water filled soft rubber tube like object.With a single wall that forms both outside and inside. When squeezed the inside rubber is squeezed out and becomes the outside and the outside is pulled in to become the inside rubber.when squeezed in this way it can be difficult to hold...

Talk of 3 dimensional objects able to contain themselves. The Klein bottle was given as an example of an object that partially contains itself, but not completely. How about the child's water snake toy? This is a hollow water filled soft rubber tube like object.With a single wall that forms both outside and inside. When squeezed the inside rubber is squeezed out and becomes the outside and the outside is pulled in to become the inside rubber.when squeezed in this way it can be difficult to hold...

R.HEINEN wrote on March 19, 2009

On the link http://www.wuala.com/FreemoveQuantumExchange/Documents/FreeMove+Quantum+Exchange+Physical+Law.pdf a proof of the physical law W=n/e is given. This physical law proves that the quantum physical state-space and mathematical state-space from which it emerges are completely independent. In general, the collision probability of a mathematical state-space with n equiprobable states is (1-1/n)^n=1/e. Because this physical law proves that W/n

On the link http://www.wuala.com/FreemoveQuantumExchange/Documents/FreeMove+Quantum+Exchange+Physical+Law.pdf a proof of the physical law W=n/e is given. This physical law proves that the quantum physical state-space and mathematical state-space from which it emerges are completely independent. In general, the collision probability of a mathematical state-space with n equiprobable states is (1-1/n)^n=1/e. Because this physical law proves that W/n

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