Is 10K Resolution Possible for Faster-Than-Light Transmissions?

  • Thread starter Gold Barz
  • Start date
In summary: Heres another question, can we detect radio waves clearly 1000 light years away?Yes, it is possible to detect radio waves up to 1000 light years away. However, the signal would have to be extremely powerful for us to pick up.
  • #36
Hey Gold, as has been said time and time again in discussions like these, we simply know far too little to conclude anything with confidence about non-detection!
 
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  • #37
Chronos said:
Expansion is not the only factor influencing redshift, but is the most dominant factor. There is no other viable explanation for high redshift. If redshift was intrinsic, we should see high redshift objects superimposed over low redshift objects all over the sky. But not a single, incontrovertable observation of such has been found.
To clarify: There is a relationship between redshift and cosmological distance. The more distant an object, the more it is redshifted. The conventional explanation is that the universe is expanding and therefore all non-gravitationally-bound objects are receding from one another. This may or may not be true. If it is true, it in no way falsifies the concept that some objects have intrinsic redshifts.
 
  • #38
turbo-1 said:
To clarify: There is a relationship between redshift and cosmological distance. The more distant an object, the more it is redshifted. The conventional explanation is that the universe is expanding and therefore all non-gravitationally-bound objects are receding from one another. This may or may not be true. If it is true, it in no way falsifies the concept that some objects have intrinsic redshifts.
and i believe its true, since there is overwhelming observational evidence that the the expansion is accelerating over time...
The 'accleration' factor (The Cosmological constant) is believed to have become dominant(over gravity) about 7 billion years ATB(afer the bang)..
Further,, Plz visit..
http://www.astro.ucla.edu/~wright/cosmo_constant.html
 
  • #39
Since we have only been sending out radio transmissions for about 100 years, do you guys think if there were a technological civilization let's say 100-200 light years from now they would have heard it?
 
  • #40
Only if they were listening for it, which is hardly a foregone conclusion.
 
  • #41
And plus the transmissions would have to be faster than light...which is quite impossible...right?
 
<h2>1. Can 10K resolution be achieved for faster-than-light transmissions?</h2><p>At this time, it is not possible to achieve 10K resolution for faster-than-light transmissions. The current technology and understanding of physics do not allow for such high resolutions in this type of communication.</p><h2>2. What is the current status of faster-than-light transmission technology?</h2><p>Faster-than-light transmission technology is still in the early stages of development. While there have been some advancements in recent years, it is still a highly complex and challenging area of research.</p><h2>3. What are the limitations of achieving 10K resolution in faster-than-light transmissions?</h2><p>One of the main limitations is the speed of light itself. According to the theory of relativity, nothing can travel faster than the speed of light. This means that even if we were able to achieve faster-than-light transmission, it would still be limited by the speed of light.</p><h2>4. Are there any potential solutions to achieving 10K resolution in faster-than-light transmissions?</h2><p>Scientists are constantly exploring new technologies and theories that could potentially lead to higher resolutions in faster-than-light transmissions. Some theories, such as quantum entanglement, show promise in this area, but more research is needed before any practical solutions can be developed.</p><h2>5. What are the practical applications of faster-than-light transmissions with 10K resolution?</h2><p>If 10K resolution were to be achieved in faster-than-light transmissions, it could have a significant impact on various fields such as telecommunications, space exploration, and military communications. It could also open up new possibilities for faster and more efficient data transfer between distant locations.</p>

1. Can 10K resolution be achieved for faster-than-light transmissions?

At this time, it is not possible to achieve 10K resolution for faster-than-light transmissions. The current technology and understanding of physics do not allow for such high resolutions in this type of communication.

2. What is the current status of faster-than-light transmission technology?

Faster-than-light transmission technology is still in the early stages of development. While there have been some advancements in recent years, it is still a highly complex and challenging area of research.

3. What are the limitations of achieving 10K resolution in faster-than-light transmissions?

One of the main limitations is the speed of light itself. According to the theory of relativity, nothing can travel faster than the speed of light. This means that even if we were able to achieve faster-than-light transmission, it would still be limited by the speed of light.

4. Are there any potential solutions to achieving 10K resolution in faster-than-light transmissions?

Scientists are constantly exploring new technologies and theories that could potentially lead to higher resolutions in faster-than-light transmissions. Some theories, such as quantum entanglement, show promise in this area, but more research is needed before any practical solutions can be developed.

5. What are the practical applications of faster-than-light transmissions with 10K resolution?

If 10K resolution were to be achieved in faster-than-light transmissions, it could have a significant impact on various fields such as telecommunications, space exploration, and military communications. It could also open up new possibilities for faster and more efficient data transfer between distant locations.

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