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Thomas Heger wrote:Cheers,
Am 21.03.2024 um 14:05 schrieb bertitaylor:>No, because both terms are related, but not equal.Sure, the increase of entropy over time is a known fact.>
But that does not say very much about time itself, because time is
required for the increase of entropy in the first place.
the Entropy 𝗜𝗦 time. Please stop 𝗻𝗼𝘁 undrestanding tensors. Look
at this:Second law of thermodynamics means actually heat distribution.>
They had no clue about the radiant nature of heat when they started
talking about entropy.Heat transfer is possible in three different ways:transport of heated media (convection)
dissipation of heat within some sort of stuff (conduction)
radiationTherefore it is not true, that thermal energy is always transported by radiation.I did not say that. What did I say? ">> They had no clue about the radiant nature of heat when they startedtalking about entropy." Heat engines, laws of thermodynamics (1824) antedated Maxwell and JC Bose.Radiation is essentially force.Well, but no.It is force all right, going by fields magnetic and electric which relate to force. If we believe in aether, radiation as travelling electromagnetic waves using aether medium, etc.Actually you (apparently) mean 'fields' with 'essential'.When I say heat, I mean radiant force, coming from electromagnetic fields, that exert force when something material is impacted.
To call a field 'force' is totally wrong.A field causes a force when impacted as I said. The notion of force very much attends an electric field. Look up the basics, relating to classical physics.
The term 'force' stems from the measurement of a field. But fields exist without measurement.Fields are practical, not theoretical, in classical physics. What exists without measurement cannot be deemed scientific. That way, unicorns, pixies, etc. exist by definition with no need for measurement.
Wherever there is electric force, pushing a current, or affecting charges otherwise, there has to be an electric field.
So, if I decode your statement properly, you like to say, that heat transfer by radiation utilises the em-field.No, radiation is travelling electromagnetic waves using the aether medium. Wherever this radiation is obstructed, electric forces (leading to voltage potentials) on the surfaces are created, creating currents, that cause the sensation of heat. to humans.
In short, the em-field is not like a soccer field. It is time and space varying electric field spread out from the radiator, to infinity, lessening with distance with the inverse square law.
That would be actually correct.With distance it becomes nearly zero from its source.
Creating the overall background radiation.Now you want to explain CMBR?Easy. The fields from all the stars in the universe add up to form background radiation, universal, and composed of all frequencies. They make electronic oscillators possible. And nanotech too, with nanovoltages to drive nanomachines. The fields from those stars at infinity are zero, most of it from the nearby stars and galaxies.
bt
I personally think, that CMBR has nothing to do with the big-bang, but is caused by the gravitational field of the Earth.
....TH
Date | Sujet | # | Auteur | |
21 Mar 24 | Re: ? ? ? | 47 | bertitaylor | |
23 Mar 24 | Re: ? ? ? | 46 | Thomas Heger | |
23 Mar 24 | Re: ? ? ? | 33 | bertitaylor | |
26 Mar 24 | Re: ? ? ? | 12 | Arindam Banerjee | |
26 Mar 24 | Re: ? ? ? | 11 | Thean Nogushi Hatoyama | |
27 Mar 24 | Re: ? ? ? | 10 | Arindam Banerjee | |
27 Mar 24 | Re: ? ? ? | 9 | Jed László Barabás | |
27 Mar 24 | Re: ? ? ? | 8 | Arindam Banerjee | |
27 Mar 24 | Re: ? ? ? | 7 | Thaddeus Horiatis Demetrious | |
28 Mar 24 | Re: ? ? ? | 6 | Arindam Banerjee | |
28 Mar 24 | Re: ? ? ? | 5 | Yasmani Hasekura | |
28 Mar 24 | Re: ? ? ? | 4 | Arindam Banerjee | |
28 Mar 24 | Re: ? ? ? | 3 | Leland Behtenev Basov | |
28 Mar 24 | Re: ? ? ? | 1 | Arindam Banerjee | |
28 Mar 24 | Re: ? ? ? | 1 | Chris M. Thomasson | |
27 Mar 24 | Getting there at last... | 20 | Arindam Banerjee | |
28 Mar 24 | Re: Getting there at last... | 19 | Thomas Heger | |
28 Mar 24 | Re: Getting there at last... | 18 | Arindam Banerjee | |
30 Mar 24 | Re: Getting there at last... | 17 | Thomas Heger | |
30 Mar 24 | Re: Getting there at last... | 16 | Arindam Banerjee | |
2 Apr 24 | Re: Getting there at last... | 15 | Thomas Heger | |
2 Apr 24 | Re: Getting there at last... | 4 | Arindam Banerjee | |
2 Apr 24 | Re: Getting there at last... | 3 | Chris M. Thomasson | |
3 Apr 24 | Re: Getting there at last... | 2 | Arindam Banerjee | |
8 Apr 24 | Re: Getting there at last... | 1 | Thomas Heger | |
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3 Apr 24 | Re: Getting there at last... | 1 | Yusney Turaev Momotov | |
4 Apr 24 | Re: Getting there at last... | 8 | Arindam Banerjee | |
5 Apr 24 | Re: Getting there at last... | 7 | Thomas Heger | |
6 Apr 24 | Re: Getting there at last... | 6 | Arindam Banerjee | |
6 Apr 24 | Re: Getting there at last... | 5 | Thomas Heger | |
6 Apr 24 | Re: Getting there at last... | 1 | Jim Pennino | |
7 Apr 24 | Re: Getting there at last... | 3 | Arindam Banerjee | |
7 Apr 24 | Re: Getting there at last... | 2 | Thomas Heger | |
8 Apr 24 | Re: Getting there at last... | 1 | Arindam Banerjee | |
23 Mar 24 | Re: ? ? ? | 12 | Yatzyk Trampotova | |
25 Mar 24 | Re: ? ? ? | 11 | Thomas Heger | |
25 Mar 24 | Re: ? ? ? | 1 | Evasio Alexandropoulos | |
2 Apr 24 | Re: ? ? ? | 9 | Jim Pennino | |
2 Apr 24 | Re: ? ? ? | 8 | Jim Pennino | |
4 Apr 24 | Re: ? ? ? | 7 | Jim Pennino | |
4 Apr 24 | Re: ? ? ? | 6 | Jim Pennino | |
4 Apr 24 | Re: ? ? ? | 2 | Volney | |
4 Apr 24 | Re: ? ? ? | 1 | Jim Pennino | |
5 Apr 24 | Re: ? ? ? | 2 | Colin Mcdonald | |
5 Apr 24 | Re: ? ? ? | 1 | Jim Pennino | |
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