On Tuesday, April 17, 2018 at 5:31:08 AM UTC-5, Bruno Marchal wrote:
>
>
> On 15 Apr 2018, at 17:03, [email protected] <javascript:> wrote:
>
>
>
> On Sunday, April 15, 2018 at 2:49:13 PM UTC, [email protected] wrote:
>>
>>
>>
>> On Sunday, April 15, 2018 at 2:30:31 PM UTC, [email protected] wrote:
>>>
>>>
>>>
>>> On Sunday, April 15, 2018 at 11:07:41 AM UTC, Lawrence Crowell wrote:
>>>>
>>>> On Saturday, April 14, 2018 at 4:17:44 PM UTC-5, [email protected] 
>>>> wrote:
>>>>>
>>>>>
>>>>>
>>>>> On Saturday, April 14, 2018 at 8:32:17 PM UTC, Lawrence Crowell wrote:
>>>>>>
>>>>>>
>>>>>>>>
>>>>>> I have been around the block on these matters with you. 
>>>>>>
>>>>>
>>>>>
>>>>> *In your imagination. AG*
>>>>>
>>>>
>>>> You have been stuck on these matters since the early days of Vic's 
>>>> discussion forum. In spite of mine and other's efforts you keep "not 
>>>> getting it." I can't write a treatise here. It would be a waste of time. 
>>>> If 
>>>> you want to read a book on this look at Redhead's book on the metaphysics 
>>>> of QM. I can't advise any further, but you will have to study this in 
>>>> greater depth and be willing to cast intuitive and metaphysical baggage 
>>>> aside.
>>>>
>>>> LC
>>>>
>>>
>>> I haven't been stuck on anything. As I recall, VIc fell in love with his 
>>> theory that time reversal explains non locality. Few took his explanation 
>>> seriously, which had many holes (proof by hand waving as it was, and there 
>>> are precious few, if any professional physicists who take his proposal 
>>> seriously. It was in one of his early books IIRC, and no references to it 
>>> in the literature. And physicists are all over the map on this one, but 
>>> most find it baffling. I know what you've done. You've just cobbled 
>>> together some words that make you happy and create the illusion you 
>>> undIstand the phenomenon. Now you assume an arrogant position. You can say 
>>> the pairs are non separable and I wouldn't disagree with the words, but 
>>> when one side is measured randomly, the issue is how the other side adjusts 
>>> to keep momentum conserved if it is space-like separated. If the subject 
>>> was solved, as you falsely claim, there wouldn't be any resort to the MWI 
>>> to allege explanations. Like I said, you can enjoy your words, and they may 
>>> fool yourself, but not me.  AG 
>>>
>>
>> If you came off your high horse for a moment, you'd realize that Vic 
>> introduced time reversal to explain non locality because he couldn't 
>> understand it otherwise! And he was writing to explain an ostensibly 
>> inexplicable result because there was an unfulfilled need in the community 
>> for a model. So unless Vic was a total moron when it came to physics, the 
>> understanding of the phenomena is obviously not clear and apparent as you 
>> would have it, your advanced metaphysical understanding notwithstanding. AG 
>>
>
> Never heard of Redhead. Never heard of any reference to it in any 
> discussion of non locality. 
>
>
> Redhead’s book is very nice and good, but Imo, Maudlin’s book (on non 
> separability) is better, and a more easy read. The selected papers by Bell 
> are rather interesting too. But non locality is always studied in a more or 
> less explicit mono-universe view, and few address the question of 
> “influence at a distance” in the many-world view. Maudlin sum this briefly 
> as an open problem to even define what “non local” could mean in the 
> many-world (non collapse) picture, except for the Bohm pilot theory, where 
> the potential guiding the wave do implies influence at a distance and in 
> the past (which is a good reason to me for not believing in a collapse.
>
>
>
> Maybe he's an outlier, like Joy Christian, and many find his arguments 
> weak, or maybe he figured it out. What's the title of his book? 
>
>
> “Incompleteness, Nonlocality and Realism” Clarendon Oxford, 1987.
>
> Note that “incompleteness” here refer to Einstein EPR, not to Gödel!
>
> Tim Maudlin’s book is
>
> “Quantum Non-Locality & Relativity”, Blackwell, 1994.
>
>
>
I do have Mauldin's book and read it "back in the day." I think 
entanglement is best viewed according to quotient groups and it is modular.

LC

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