Is There a Limit to Temperature in Relativistic Thermodynamics?

In summary: I have read the Guidelines and am aware of the forum restrictions on personal theories. I am still interested in your work and would like to know more about it.
  • #1
gijeqkeij
20
0
As part of a personal work, I had the chance to integrate Thermodynamics and GR in a single theory. Main results are:
- there is an upper limit in the absolute temperature
- a gravitational collapse will stop before the singularity (no black hole)
I'm interested in your opinion on those results and in your suggestion where I can propose my work for publication.

Thanks
gijeqkeij
 
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  • #2
You could try submitting it to the Independent Research forum on this board.
 
  • #3
What opposes the collapse?
 
  • #4
kokain said:
What opposes the collapse?

Short answer: there is an upper limit in the temperature: when you reach it the collapse can’t proceed further.
A more extensive explanation is part of the article I would like to publish where it’s shown the theoretical background of the above and the simplified case of the closed universe collapsing.
gijeqkeij
 
  • #5
Your original question is vague. If you are asking to which peer-reviewed publication to send your theory to, then this is rather puzzling. This is because that you must have had at least a few literature search in basing and researching your ideas (haven't you?) and should have come across many relevant physics journals. It would be very dubious if you had worked in a vacuum of information - how would you know if such-and-such an idea has been published or not? Then these would be the journals to send your manuscript to, something you should have been aware of or familiar with as part of your training.

If what you mean by "publication" is simply appearing on some webpage or open forum, then such a thing on PF can only be done in the IR forum.

Zz.
 
  • #6
Actually I could _possibly_ be interested in what you have done. You asked for an opinion on the results but I haven't seen any. This is not the place to present personal theories so check your private messages.
 
  • #7
ZapperZ said:
Your original question is vague. If you are asking to which peer-reviewed publication to send your theory to, then this is rather puzzling. This is because that you must have had at least a few literature search in basing and researching your ideas (haven't you?) and should have come across many relevant physics journals. It would be very dubious if you had worked in a vacuum of information - how would you know if such-and-such an idea has been published or not? Then these would be the journals to send your manuscript to, something you should have been aware of or familiar with as part of your training.

If what you mean by "publication" is simply appearing on some webpage or open forum, then such a thing on PF can only be done in the IR forum.

Zz.

I'm not familiar with physics journals; as a background for my personal study I have some books (like MTW "Gravitation").
I'm writing on this forum to get comments or advise about what I did and, if possible, to know if a similar theory already exists.
In case doesn't already exist, the second advise I hope to get is how I can publish my theory.
Thanks
gijeqkeij
 
  • #8
gijeqkeij said:
I'm not familiar with physics journals; as a background for my personal study I have some books (like MTW "Gravitation").
I'm writing on this forum to get comments or advise about what I did and, if possible, to know if a similar theory already exists.
In case doesn't already exist, the second advise I hope to get is how I can publish my theory.
Thanks
gijeqkeij

I'm sure you have read our Guidelines. Personal theories are only allowed in the IR forum. Please read the rules for submitting a post on that forum.

Zz.
 

FAQ: Is There a Limit to Temperature in Relativistic Thermodynamics?

What is the main concept behind Relativistic Thermodynamics?

The main concept behind Relativistic Thermodynamics is the application of thermodynamic principles to systems that are moving at speeds close to the speed of light. This theory takes into account the effects of special relativity, such as time dilation and length contraction, on thermodynamic properties.

How does Relativistic Thermodynamics differ from classical thermodynamics?

Relativistic Thermodynamics differs from classical thermodynamics in that it considers the effects of special relativity on the behavior of thermodynamic systems. This means that variables such as temperature, pressure, and entropy may have different values for an observer in motion compared to an observer at rest.

What are the key equations used in Relativistic Thermodynamics?

There are several key equations used in Relativistic Thermodynamics, including the First and Second Laws of Thermodynamics, the Lorentz transformation equations, and the relativistic energy and momentum equations. These equations are used to describe the behavior of thermodynamic systems in motion.

What are some real-world applications of Relativistic Thermodynamics?

Relativistic Thermodynamics has many real-world applications, including in the fields of astrophysics, cosmology, and high-speed particle physics. It is also important in understanding the behavior of materials and fluids at extremely high temperatures and pressures, such as in nuclear reactors and stars.

What are the implications of Relativistic Thermodynamics for our understanding of the universe?

Relativistic Thermodynamics has significant implications for our understanding of the universe, particularly in relation to the behavior of matter and energy at high speeds. It helps us to better understand the effects of special relativity on the dynamics of the universe, and plays a crucial role in theories such as the Big Bang and the expansion of the universe.

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