Re: ? ? ?

Liste des GroupesRevenir à sp relativity 
Sujet : Re: ? ? ?
De : ttt_heg (at) *nospam* web.de (Thomas Heger)
Groupes : sci.physics.relativity sci.physics sci.math
Date : 10. Mar 2024, 08:36:04
Autres entêtes
Message-ID : <l55672Fb91iU1@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 25
User-Agent : Mozilla/5.0 (Windows NT 6.0; WOW64; rv:31.0) Gecko/20100101 Thunderbird/31.4.0
Am 09.03.2024 um 09:04 schrieb Bogdan Guleichik Balagul:
Thomas Heger wrote:
>
Am 08.03.2024 um 10:10 schrieb Maciej Wozniak:
GPS is pyhsically connected to the Earth, hence 'lives' in the same
'time-domain' (uses Earth time).
What is the range of Earth time, then?
>
If timer is local (opposite to 'universal'), than Earth time is valid on
Earth or nearby. In other locations even the direction of time does not
need to be the same. This means: there might be regions of the universe,
where time runs backwards from our perspective.
>
there are no offsets in time, hence Entropy, my friend. You must be
talking about an unknown, illogic domain or manifold. You don't undrestand
mathematics that much, do you?? You stupid gearmons.
>
???
If I understand you correct (what is difficult), you try to argue, that entropy is the reason for time per se.
Well,possibly this is true, possibly not.
I think, that time is based on a process of counting something, which occurs always with the same frequency.
Unfortunately, this "occurs always with the same frequency" is very difficult to prove.
Since certain atoms emit waves with always a certain frequency, I would suggest, that such atoms are 'frame dependent' themselves.
This would create a 'time domaine', which serves as local environment and dictates the time there.
Now no object can escape its own 'bubble', because in other bubbles they could get anihilated by the strange time in such other worlds.
TH

Date Sujet#  Auteur
7 Mar 24 * Re: ? ? ?38Maciej Wozniak
8 Mar 24 `* Re: ? ? ?37Thomas Heger
9 Mar 24  `* Re: ? ? ?36Thomas Heger
9 Mar 24   +* Re: ? ? ?13Bogdan Guleichik Balagul
10 Mar 24   i`* Re: ? ? ?12Thomas Heger
10 Mar 24   i `* Re: ? ? ?11Hania Pusztai Sebestyén
15 Mar 24   i  `* Re: ? ? ?10Thomas Heger
15 Mar 24   i   `* Re: ? ? ?9Connie Bairashevski Balashoff
17 Mar 24   i    `* Re: ? ? ?8Thomas Heger
17 Mar 24   i     `* Re: ? ? ?7Chellos Leontarakis
21 Mar 24   i      `* Re: ? ? ?6Thomas Heger
21 Mar 24   i       `* Re: ? ? ?5Péter Juhász
23 Mar 24   i        `* Re: ? ? ?4Thomas Heger
23 Mar 24   i         `* Re: ? ? ?3TReena Pooja Kishan
25 Mar 24   i          `* Re: ? ? ?2Thomas Heger
25 Mar 24   i           `- Re: ? ? ?1Smith Matoke Yamamura
10 Mar 24   `* Re: ? ? ?22Maciej Wozniak
12 Mar 24    `* Re: ? ? ?21Thomas Heger
12 Mar 24     `* Re: ? ? ?20Maciej Wozniak
14 Mar 24      `* Re: ? ? ?19Thomas Heger
14 Mar 24       +- Re: ? ? ?1Osiris Moy
17 Mar 24       `* Re: ? ? ?17Thomas Heger
17 Mar 24        `* Re: ? ? ?16Maciej Wozniak
17 Mar 24         `* Re: ? ? ?15Maciej Wozniak
18 Mar 24          `* Re: ? ? ?14Thomas Heger
18 Mar 24           +* Re: ? ? ?10Maciej Wozniak
20 Mar 24           i`* Re: ? ? ?9Thomas Heger
20 Mar 24           i `* Re: ? ? ?8Python
21 Mar 24           i  +- Re: ? ? ?1Elijah Katzuba Bakiev
21 Mar 24           i  `* Re: ? ? ?6Maciej Wozniak
23 Mar 24           i   `* Re: ? ? ?5Thomas Heger
23 Mar 24           i    `* Re: ? ? ?4Maciej Wozniak
23 Mar 24           i     +- Re: ? ? ?1Zozrov Bakinov Mikhalev
25 Mar 24           i     `* Re: ? ? ?2Thomas Heger
25 Mar 24           i      `- Re: ? ? ?1Maciej Wozniak
19 Mar 24           `* Re: ? ? ?3Maciej Wozniak
19 Mar 24            `* Re: ? ? ?2Maciej Wozniak
20 Mar 24             `- Re: ? ? ?1Maciej Wozniak

Haut de la page

Les messages affichés proviennent d'usenet.

NewsPortal