Could Gamma Radiation Bursts Be Evidence of Superluminal Travel?

It is not a place for the discussion of alternative theories, or the raising of scientific questions.In summary, the conversation discusses the possibility that observed gamma radiation bursts could be the result of an object traveling faster than the speed of light, causing a compression of light waves and creating a "gamma boom." This could also potentially be used for extra galactic communication. However, these ideas are speculative and would require an extension or replacement of the theory of relativity. The Astrophysics section of Physics Forums is not a place for discussing alternative theories or raising scientific questions.
  • #1
Jesse_Bonin
1
0
About gamma radiation bursts
What if the bursts we observe are the light equivalent of a sonic boom? The energy report of an object surpassing the speed of light. These could be tell tale signs of superluminal or warp travel. As an oblect reaches the speed of light, light would be compressed to the point where the wave signature matched a gamma ray, and there by create a gamma boom without actually having to release the energy normally required to produce such a phenomenon. Also, we could be seeing these events in real time, as the gamma even could be carried on a wave beyond the normal speed of light. Sort of like broadband communication with superluminal radiation as the carrier wave. We could be watching extra galactic commerce taking place.
 
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  • #2
Welcome to Physics Forums, Jesse_Bonin!

As I'm sure you'd be the first to acknowledge, these ideas are not only speculative, but also require that the theory of relativity be at least extended (if not replaced).

The Astrophysics section of Physics Forums is for the discussion of the application of the physics that we know to astronomy.
 

Related to Could Gamma Radiation Bursts Be Evidence of Superluminal Travel?

1. What causes Gamma radiation bursts (GBE's)?

GBE's are caused by the explosion of massive stars, known as supernovae, which release a huge amount of energy in a short amount of time. This energy is in the form of gamma rays, which are the most energetic form of electromagnetic radiation.

2. How long do Gamma radiation bursts last?

Most GBE's last for just a few seconds to a few minutes. However, there have been some rare cases where GBE's have lasted for several hours.

3. Are Gamma radiation bursts dangerous to humans?

GBE's are dangerous to humans if we were to be exposed to them directly. However, the Earth's atmosphere provides protection from most GBE's, and our planet has not experienced any significant impacts from GBE's in recorded history.

4. Can we predict when a Gamma radiation burst will occur?

Currently, we do not have the technology to predict when a GBE will occur. However, studies and observations of supernovae may help us to understand the conditions that lead to GBE's and potentially predict them in the future.

5. What do Gamma radiation bursts tell us about the universe?

GBE's provide valuable information about the early universe and the processes that occur in the death of massive stars. They also give us insight into the extreme conditions and energies that exist in the universe.

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