On Sunday, October 27, 2019 at 12:43:23 AM UTC-6, Alan Grayson wrote:
>
> On Saturday, October 26, 2019 at 11:55:58 PM UTC-6, Brent wrote:
>>
>> On 10/26/2019 10:48 PM, Alan Grayson wrote:
>>
>     On Saturday, October 26, 2019 at 11:42:21 PM UTC-6, Brent wrote:
>>
>>
>>>
>>> On 10/26/2019 10:31 PM, Alan Grayson wrote: 
>>> > QM does suggest a particle can be in several paths simultaneously, but 
>>> > we don't have a concept to understand how that can be. AG 
>>>
>>> Who says we don't have that concept?  We have the mathematics to 
>>> describe and predict it.  What more do you want...something that would 
>>> convince Aristotle or your great-grandmother?  Nature doesn't need to 
>>> adjust to your intuition; it's the other way around. 
>>>
>>> Brent 
>>>
>>
>> That's the "shut up and calculate" philosophy. So was Feynman wrong when 
>> he said no one understands QM? AG
>>
>>
>> You still haven't said what you mean by "understand".  What is it over 
>> and above being able to correctly apply the mathematics and get the right 
>> answer.  What is it you think Zurek or Carroll or Lawrence or Schlosshauer 
>> don't understand?  
>>
>> Brent
>>
>
> Here's what I understand about an electron in the double slit experiment. 
> It doesn't occupy two locations simultaneously as a particle. Rather, when 
> *not* observed it behaves like a wave, goes through both slits, and 
> interferes with itself. When observed, it behaves as a particle. Now please 
> explain the form of the wf in S cat experiment, applying decoherence before 
> and after it completes, while the box is closed. TIA, AG
>

Since observing the electron forces it into its particle form, the 
interference is destroyed in the which-way experiment. I am not sure what 
how those physicists interpret the double slit experiment, but I can make a 
good guess that Carroll adopts the most unintelligible interpretation; 
namely, that the particle is in multiple locations simultaneously. AG 

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