High Energy Photon/Curved Space Limit?

In summary, the conversation discusses the relationship between high energy photons and curved space. It is mentioned that energy curves space and that as the wavelength of a photon decreases, its energy increases. The question is raised whether a high energy photon could reach a threshold where it could curve space to such an extent that it could orbit its own curved space. The importance of conducting a "proof of principle" experiment before making extreme claims is also mentioned. The conversation then shifts to the idea that science should be consistent and supportable, rather than just being for entertainment purposes.
  • #1
Nasher
19
0
High Energy Photon/Curved Space Limit??

Energy curves space.

The smaller the wavelength of a photon, the higher its energy.

With regards to a high energy photon,

Could there be an energy threshold for a photon at which its high energy could curve space to such an extent that the photon could be put orbiting the very space that its own high energy curved?
 
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  • #2


Nasher said:
Energy curves space.

The smaller the wavelength of a photon, the higher its energy.

With regards to a high energy photon,

Could there be an energy threshold for a photon at which its high energy could curve space to such an extent that the photon could be put orbiting the very space that its own high energy curved?

Don't you think that, before we go to that extreme, that we must first show the "proof of principle" experiment that the energy from a photon can actually cause space to curve? Don't you want to crawl first before you actually run the sprints in the Olympics?

Zz.
 
  • #3


Na, it is too much fun coming up with such ideas!
 
  • #4


Nasher said:
Na, it is too much fun coming up with such ideas!

Not if it is unsupported and full of holes. Then it can only be done in the IR forum, not on here.

Zz.
 
  • #5


physics should not be fun, it should be consistent and supportable. Otherwise you are just making a fairytale story (science fiction).
 

1. What is a High Energy Photon?

A high energy photon is a type of particle that carries electromagnetic energy and has a very short wavelength. It is often referred to as a gamma ray and can have energies in the range of hundreds of keV to several GeV.

2. How is High Energy Photon produced?

High energy photons can be produced through various processes such as nuclear reactions, particle interactions, and radioactive decays. They can also be created artificially in particle accelerators.

3. What is the Curved Space Limit?

The Curved Space Limit is a concept in theoretical physics that describes the maximum energy that a particle can have before it is affected by the curved space-time of gravity. This limit is determined by the mass of the particle and the strength of the gravitational field.

4. How does the Curved Space Limit affect High Energy Photons?

High energy photons are not affected by the Curved Space Limit because they have zero mass. This means that they can travel at the speed of light and are not subject to the constraints of gravity.

5. What is the significance of studying High Energy Photons and the Curved Space Limit?

Studying High Energy Photons and the Curved Space Limit can provide valuable insights into the fundamental laws of physics, such as gravity and the structure of space-time. It can also help us better understand the behavior of particles in extreme environments, such as near black holes or during the early stages of the universe.

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