Re: energy and mass

Liste des GroupesRevenir à sp relativity 
Sujet : Re: energy and mass
De : ttt_heg (at) *nospam* web.de (Thomas Heger)
Groupes : sci.physics.relativity sci.electronics.design
Date : 11. Mar 2026, 09:57:11
Autres entêtes
Message-ID : <n1coj1FoknoU7@mid.individual.net>
References : 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
User-Agent : Mozilla Thunderbird
Am Dienstag000010, 10.03.2026 um 17:01 schrieb Bill Sloman:
On 10/03/2026 7:19 pm, Thomas Heger wrote:
Am Sonntag000008, 08.03.2026 um 15:37 schrieb Bill Sloman:
On 8/03/2026 7:40 pm, Thomas Heger wrote:
Am Donnerstag000005, 05.03.2026 um 15:43 schrieb Bill Sloman:
On 5/03/2026 9:57 pm, Thomas Heger wrote:
Am Dienstag000003, 03.03.2026 um 13:14 schrieb Bill Sloman:
>
<snip>
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But we have hints already, that time behaves in strange ways, if the universe is observed from very remote locations (like e.g. by the Pioneer probe).
>
(This btw was my personal explanation for the so called 'Pioneer anomaly'
https://en.wikipedia.org/wiki/Pioneer_anomaly
>
That wasn't "time" behaving in a strange way, it was a very small unexpected deceleration of the space craft, which turns out to explicable in terms of the asymmetric thermal radiation from the radioisotope thermoelectric generator.
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Sure, but 'unexpected acceleration' looks pretty much like 'time behaving in a strange way'.
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Until you work out what was actually going on.
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Invoking imaginary explanations for something that looks perfectly explicable when looked at carefully isn't a route to getting taken seriously.
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My aim was actually something else:
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I take nature as undivided and wanted to find a relatively simple mechanism, which could  been seen as we see the world from our perspective.
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Of course you do, but why do you expect that nature might cooperate?
???
What???
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I observe things and make up my mind about how they function.
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But I don't need approval of the observed thigs for my assumptions.
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Instead I adjust my assumption, until they fit to the observed things.
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This means: nature is most likely very simple at a very low level, but complex patterns emerge, if we add more 'elements' and allow them to build patterns.
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Why would it mean that? Our idea of what is "simple" is driven by our mental capacity's which have evolved by a process that depends on the steady appearances of errors in our genome, and the selection of those "errors" which work better than the previous generation of errors
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I didn't talk about my mental capacity, but about an assumed mechanism, which natur might eventually use on a very low level.
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'low level' requires actually 'pointlike elements' (of spacetime).
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Supposed spacetime would exist, than it should be composed from something equivalent to point, though with higher dimensions.
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I had assumed, that the best know construct would be so called 'complex four vectors' (aka 'bi-quaternions').
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This is about it (my set of axioms).
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Now I take these 'elements' and connect them 'sideways', similar to how quaternions are mutliplied.
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Then I had started to replicate known phenomena like fields and particles with a very small set of assumptions.
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And it worked quite well.
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(In case you are interested, please have a look at my 'book':
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https://docs.google.com/presentation/ d/1Ur3_giuk2l439fxUa8QHX4wTDxBEaM6lOlgVUa0cFU4/edit?usp=sharing  )
>
I have 'sieved' through a lot of stuff and found quaternions of a certain type fitting, so called bi-quaternions.
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Now I took a simple mechanism and looked, whether or not it is possible to replicate known things by this scheme.
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This is actually possible, as you can see in my 'book'.
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So, I tried that same scheme upon exotic problems, too, and found, that it worked there as well.
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To your complete satisfaction.
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Such an exotic problem was e.g. the so called 'Pioneer anomaly', for which this scheme gives a simple explanation.
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But regular physics gives a perfectly simple explanation.
>
Sure, but I'm not a physicist and I wasn't interested in what physicists regard as 'simple explanation'.
>
I had a goal and that was finding a connection between QM and GR.
 Einstein devoted a lot of his life to that and didn't get anywhere.
You are probably rather less talented than he was.
Actually it doesn't matter, but I think that Einstein wasn't a particularily smart person.
I have analysed his paper 'On the electrodynamics of moving bodies' very carefully and found roughly 390 errors in it.
Also his language was quite weak, even if he spoke German. But after ten years at Princton his English was just terrible.
But that doesn't matter, of course, because he wasn't famous for language.
...
TH

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