Here a schema:
[image: image.png]

After 3 experiments, you have *8* worlds... each with the memory of the
initial experiment, 4 of the 2nd version A and for of the 2nd version B...
etc

Every *worlds* has a past which is linked directly with the previous
experiment and to the initial experiment... in each world there is an
ensemble of 3 results.

Quentin

Le mer. 6 janv. 2021 à 13:01, Alan Grayson <[email protected]> a
écrit :

> I should have been more explicit; since the trials are independent, the
> other worlds implied by the MWI for any particular trial, are unrelated to
> the other worlds created for any OTHER particular trial. Thus, each other
> world has an ensemble with one element, insufficient for the existence of
> probabilities. AG
>
> On Wednesday, January 6, 2021 at 4:41:57 AM UTC-7 Alan Grayson wrote:
>
>> On Wednesday, January 6, 2021 at 3:33:52 AM UTC-7 [email protected]
>> wrote:
>>
>>> On Tue, Jan 5, 2021 at 10:05 PM Alan Grayson <[email protected]>
>>> wrote:
>>>
>>> >> One world contains an Alan Grayson that sees the electron go left,
>>>>> another world is absolutely identical in every way except that it contains
>>>>> a  Alan Grayson that sees the electron go right. So you tell me, which of
>>>>> those 2 worlds is "THIS WORLD"?
>>>>>
>>>>
>>>> *> It's the world where a living being can observe the trials being
>>>> measured. The other world is in your imagination (if you believe in the
>>>> MWI). AG *
>>>>
>>>
>>> From that response I take it you have abandoned your attempt to poke logical
>>> holes in the Many Worlds Interpretation and instead have resorted to a
>>> pure emotional appeal; namely that there must be a fundamental law of
>>> physics that says anything Alan Grayson finds to be odd cannot exist,
>>> and Alan Grayson finds many Worlds to be odd. Personally I find Many
>>> Worlds to be odd too, although it's the least odd of all the quantum
>>> interpretations, however I don't think nature cares very much if you or I
>>> approve of it or not. From experimentation it's clear to me that if Many
>>> Worlds is not true then something even stranger is.
>>>
>>
>> I have no idea whatsoever, how you reached your conclusions above. There
>> are things called laboratories, where physicists conduct experiments, some
>> of which are quantum experiments with probabilistic outcomes. The world in
>> which such things exist, I call THIS world. Worlds postulated to exist
>> based on the claim that any possible measurement, must be a realized
>> measurement in another world, I call OTHER worlds. Those OTHER worlds are
>> imagined to exist based on the MWI. These are simple facts. I am not making
>> any emotional appeals to anything. The possible oddness of the Cosmos is
>> not affirmed or denied here. I agree the Cosmos might be odd, possibly very
>> odd, but this has nothing to do with our discussion. 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. Without ensembles in those OTHER worlds, the MWI fails to affirm the
>> existence of probability in any of those OTHER worlds. AG
>>
>>>
>>>  See my new list at  Extropolis <https://groups.google.com/g/extropolis>
>>>
>>> John K Clark
>>>
>>>
>>> --
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-- 
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