Is Heisenberg's Uncertainty from variables that are random and not correlating?

Forums: Classical, Uncertainty, Physical, Cauchy-Schwartz
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Does decoherence stabilize the variables?

The random variables are quantum waves in the complex vector without being defined for Cauchy-Schwartz inequality. Decoherence is giving the variables real numbers for position and momentum which voids Cauchy-Schwartz (Uncertainty).

QM mathematical objects have random variables when not specifically defined.

0.000000001325220000000000000000000000000000000000000000000000000000000001 / Meters per Second = Kilograms of an atomic bonded object that will have defined variables for position and momentum. It will not have uncertainty, it will naturally be viewed as a physical/classical object.

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Type: Question • Score: 0 • Views: 781 • Replies: 6

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@pittsburghjoe,

The second instance of decoherence in the quantum which-way eraser is the particle getting random variables again.

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@pittsburghjoe,

Decoherence is random variables becoming independent via pi/2 radians

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@pittsburghjoe,

The real number line gets used with decoherence by the transformation associated when the matrix squishes space into a lower dimension. 0 Root

(A − λI)vector v = vector 0

det(A - λI) = 0

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@pittsburghjoe,

Root 0.

The projection doesn’t change the complex mathematical object. It is just how we view it. QM objects are not is duality, Math is.

Uncertainty gets removed because the anticorrelation between position and momentum is gone. The variables became independent. It can’t be a Cauchy Schwartz inequality anymore.

All quantum behavior is associated with the complex vector. The object being sent to a lower real number dimension kills the behavior.

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@pittsburghjoe,

The real number projection cannot describe black holes, quantum waves, dark matter and the missing twin primes. This is the reason for things that are not directly observable.

https://link.springer.com/article/10.1186/s40467-016-0053-0

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@pittsburghjoe,

Uncertainty to Real is Decoherence.

This is why QM can give rise to GR.

What we know as physical is a mathematical projection.

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Is Heisenberg's Uncertainty from variables that are random and not correlating?

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