On Tue, May 13, 2025 at 3:36 PM Brent Meeker <[email protected]> wrote:


*>> you are assuming that only the electron must obey Schrodinger's
>> Equation, not the lab equipment needed to measure the electron, and most
>> importantly not the experimentalist who is looking at the measuring device;
>> they still follow classical physics. That clumsy poorly defined assumption
>> was just tacked on by the Copenhagen people because they were frightened by
>> the logical consequence of not doing so. That's why Many Worlds is barebone
>> no-nonsense Quantum Mechanics that contains everything that is necessary
>> and not one bit more. As Richard Feynman said “nature isn't classical,
>> dammit".*
>
>

*> I made no such assumption.  You're just making up objections.  Are you
> asserting that a measurement does not leave a system in an eigenstate of
> the variable measured?*
>

*You are not the only Brent Meeker doing that exact same measurement! If
Many Worlds is correct then there are an astronomical  number (or an
infinite number) of yous in a world where the observable variable A has
just been measured. In one of them experimental results tell "you"  there
is a 100% probability that "you" are in the world where the value of
variable A is X is exactly equal to 1. But there are many many more Brent
Meekers in which their experimentation tells them that there is a 100%
probability that variable A has a very different value than X. And all
those Brent Meekers believe in Quantum Mechanics just as strongly as "you"
do. *

*> This has nothing to do with being observed or by whom*


*It most certainly does IF the question asked is "what will an experimenter
observe?" And that was the fundamental question Brent Meeker asked.  *

  *John K Clark    See what's on my new list at  Extropolis
<https://groups.google.com/g/extropolis>*
3gv

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