On Wednesday, January 6, 2021 at 5:35:44 AM UTC-7 [email protected] wrote:

> On Wed, Jan 6, 2021 at 6:42 AM Alan Grayson <[email protected]> wrote:
>
> > There are things called laboratories, where physicists conduct 
>> experiments, some of which are quantum experiments with probabilistic 
>> outcomes.
>>
>
> If Many Worlds is correct then there are an astronomically large number, 
> and possibly an infinitely large number, of worlds where physicists 
> conduct experiments, some of which are quantum experiments with 
> probabilistic outcomes.
>  
>
>> * The world in which such things exist, I call THIS world. *
>>
>
> So there are an astronomically large number and possibly an infinitely 
> large number of "THIS" worlds.
>
> *> Worlds postulated to exist based on the claim that any possible 
>> measurement, must be a realized measurement in another world, I call OTHER 
>> worlds.*
>>
>
> Alan Grayson decides that tomorrow Alan Grayson will conduct an 
> experiment to determine if an electron goes left or right. If Many Worlds 
> is correct then the day after tomorrow one Alan Grayson will remember 
> having seen the electron go left and one Alan Grayson will remember 
> having seen the electron go right. Which Alan Grayson lives in "THIS" 
> world.
>
> *> The core of my argument is that since the trial outcomes in quantum 
>> experiments are independent of one another, there's no reason to claim that 
>> each of the OTHER worlds accumulates ensembles, as an ensemble is created 
>> in THIS world.*
>>
>
> That is just untrue. When one Alan Grayson has observed 1000 photons there 
> is another Alan Grayson that agrees with 999 of the observations and 
> disagrees only about #1000. All the 2^1000 Alan Graysons have made1000 
> observations, most Alan Graysons saw the electron go left about 500 times 
> and go right about 500 times, but a few were quite different, one Alan 
> Grayson out of  2^1000  saw the electron go left 1000 times in a row and 
> one Alan Grayson out of 2^1000 saw the electron go right 1000 times in a 
> row.
>

If you don't know what THIS world is, I can't help. AG 

>
>  See my new list at  Extropolis <https://groups.google.com/g/extropolis>
>
> John K Clark
>

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