Re: Vote for the generally accepted what is physically going through both slits in the Double Slit Experiment when the particle is a carbon-60 molecule

On Apr 26, 11:33 am, RP <no_mail_no_s...@xxxxxxxxx> wrote:
I still can't make sense of your argument.   What I can say is that
you need to specify frames of reference. The distances involved depend
upon the frame of reference from which they are measured.  Observers
in motion wrt each other will measure neither the same distances, nor
lengths, nor will they agree on the times at which events occur.

It's a single lightning strike at B/B' as observed by observers at
both B and B'.

The train is traveling towards B and away from A at 1/3rd the speed of
light.

B/B' are each 1 and 1/3rd of a light year away from M' at the time of
the lightning strike.

Since the train is traveling towards B at 1/3rd the speed of light, M'
will be 1 light year from B when the light reaches M'.

In Relativity of Simultaneity the light must travel from B to M' (1
light year) and from B' to M' (1 and 1/3rd light years) in the same
amount of time.

How is this possible?

It isn't.

The light emits out from B at 'c' and the light emits out from B' at
'c'.

The light from B reaches M' in 1 light year and the light from B'
reaches M' in 1 and 1/3rd light years.

Simultaneity of Relativity.

http://www.youtube.com/watch?v=jyWTaXMElUk
.

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