On Friday, April 27, 2018 at 7:01:12 PM UTC, John Clark wrote:
>
>
> On Thu, Apr 26, 2018 at 4:38 PM, <agrays...@gmail.com <javascript:>> 
> wrote:
>
> ​> *​*
>> *Suppose we just assume detectors that watch each slit, and record which 
>> slit each photon goes through, and later we see no interference pattern -- 
>> which I think is what happens.*
>>
>
> ​It is.​
>  
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>> ​>
>>  *What does this say about the MWI?*
>>
>
> The universe splits when the photon goes through the slits because the 2 
> universes are different, the memory chips in the computer become different, 
> in one the memory is of the photon going through slot X while in the other 
> universe the memory is of it going through slot Y ,  so the 2 universes 
> remain different and never merge together again and thus no interference 
> pattern is seen
> ​.​
> But if both erase that memory then there is no longer a difference between 
> the 2 universes and thus they merge back together, but the fact that they 
> were once different means that interference effects will be observable.
>
> People always talk about the universe splitting but they can merge too, 
> although that only happens if the difference between the 2 universes is 
> very very small because if its large you’re never going to engineer things 
> so they become identical again. That’s why we can do the 2 slit experiment 
> with photons and electrons and even with buckyballs made of 60 carbon 
> atoms, but we can’t do it with bowling balls, the difference between a 
> bowling ball going through slot X is just too different from a bowling ball 
> going through slot Y to ever make the 2 universes identical again so they 
> can merge back together. We can see interference effects in a ball made of 
> 60 atoms but not one made of 6.02*10^23 atoms. 
>
> ​ John K Clark​
>  
>

After the split, what happens in the new universe? AG 

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