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From: Thomas Heger <ttt_heg@web.de>
Newsgroups: sci.physics.relativity
Subject: Re: Muon's local time
Date: Wed, 2 Apr 2025 08:51:05 +0200
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Am Mittwoch000002, 02.04.2025 um 07:36 schrieb Maciej Wozniak:
> Muon is a quantum particle, isn't it?
> 
> How, precisely, does a relativistic
> idiot  assign a local time to a quantum
> particle? Is a quantum particle local?
> 
All particles are 'quantum objects'.

That would mean 'particles are timelike stable patterns' (and not really 
'material things').

'Timelike stable' means, they would be stable within their own local 
frame of reference, which is comoving with that particle.

But 'local time' for the particle isn't necessarily the local time of an 
observer on the surface of planet Earth.

Actually any 'direction of time' is possible, which can be local 
somewhere to some kind of object, even if that would be 'backwards' for 
the observer on Earth.

So an 'anti-particle' moves backwards in time in an 'anti-world', where 
everything behaves like seen in a mirror.

But also 'sideways timelines' should be possible, which is certainly odd 
and difficult to understand.

Such an object (particle) from a different 'time domain' can have very 
strange feature (like e.g. muons), if they show up in our world, to 
which they do not belong.

TH