Quantum Mechanics: End Game

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physical definition

~ define microscopic events in terms of observable physical phenomena, such as the changes in readings of the measuring device

~ define unobservable events in terms of observable events

— Me@2022-01-31 08:33:01 AM
 

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I give you the final answer to this topic. You should continue to study this topic until you understand that.

A mixed state exists due to the lack of information.

A superposition state exists not due to that.

A superposition state exists due to the lack of a physical definition.

An eigenstate and a superposition state are both pure states.

A superposition state is neither an AND nor an OR because it is a pure state, meaning that it is one single quantum state, not a mixture of two.

A mixed state is an OR.

xrandr --output DP-0 --auto --output HDMI-0 --left-of DP-0

In the realm of knowledge, I share with you,
The final answer, clear and true.
Study deeply, let curiosity flow,
Until this truth, you truly know.

A mixed state emerges, shrouded in doubt,
Born from the shadows where facts are left out.
Yet a superposition, distinct in its grace,
Doesn’t arise from that uncertain place.

It finds its definition in the absence of form,
A concept elusive, where ideas transform.
Both eigenstates and superpositions, pure,
In the quantum dance, their essence is sure.

Neither an AND nor an OR, it stands alone,
One single state, in the vastness, it’s grown.
Not a blend of two, but a singular hue,
While a mixed state proclaims, “I am an OR,” too.

— Me@2024-08-19 03:23:59 PM

— Me@2024-09-30 03:40:25 PM

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2024.10.01 Tuesday (c) All rights reserved by ACHK