On Friday, April 6, 2018 at 9:35:18 PM UTC-5, agrays...@gmail.com wrote:
>
>
>
> On Friday, April 6, 2018 at 4:04:55 PM UTC, agrays...@gmail.com wrote:
>>
>>
>>
>> On Friday, April 6, 2018 at 2:45:40 PM UTC, Lawrence Crowell wrote:
>>>
>>> On Thursday, April 5, 2018 at 3:20:39 PM UTC-5, agrays...@gmail.com 
>>> wrote:
>>>>
>>>> Assuming that QM is a non-local theory, if two systems become 
>>>> entangled, say via a measurement, do they necessary have a non-local 
>>>> connection? That is, does entanglement necessarily imply non-locality? AG
>>>>
>>>
>>> Entanglement is a form of nonlocality.
>>>
>>> LC
>>>
>>
>> OK, that's what I thought, but consider this. It's clear that information 
>> can't be transmitted due to entanglement or non locality. But aren't we 
>> entangled with the external world, yet receive information from it? TIA, AG 
>>
>
> Or look at it this way; if I am NOT entangled with the photons coming my 
> way allowing me to SEE the world, and NOT entangled with the various 
> pressure waves that enable me to hear and feel the world, what I am 
> entangled with? TIA, AG 
>

The classical or macroscopic world is in part at least related to how 
quantum states are entangled at different times with other states in the 
environment. This though is not a level of description that can tell you 
much about these specific interactions. The quantum world is in effect in a 
sort of random Zeno machine that continually reduces wave functions, and in 
effect it can be argued it does this to itself. Quantum phases are being 
continually mixed and re-entangled so as to generate a sort of quantum 
phase chaos. 

LC

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