Break Speed of Light: What Happens Next?

In summary, the conversation discusses the possibility of traveling back in time by breaking the speed of light and the potential role of black holes in this theory. However, the concept of anything moving faster than light is denied by the theory of relativity. The conversation also reminds the importance of understanding basic concepts before making speculative posts.
  • #1
almi
2
0
Hello, this is my first post here and I'm sorry if I say a dumb thing. Something is bothering me for a long time... I have read that if you break the speed of light you will go back in time. Ok... So what if when a star explodes, and creates a black hole, the energy released from the explosion travels faster than the speed of light? It creates a hole in the time fabric in which all the matter and light are sucked in... I could go on from this with lots of theories but I don't have enough space on the forum :))... Sorry for my english, I'm from Romania :P
 
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  • #2
almi said:
I have read that if you break the speed of light you will go back in time.
This isn't quite true. What will happen is just that different observers will disagree about whether the object that moved faster than light traveled from A to B, or from B to A.

almi said:
Ok... So what if when a star explodes, and creates a black hole, the energy released from the explosion travels faster than the speed of light?
It doesn't.
 
  • #3
I understand what you are saying. But what I wanted to say is that if before a black hole is created the energy that is produced by the explosion of a star, if it travels faster than the speed of light, could trigger the forming of the black hole... So, what if the black hole isn't a dot where matter is compressed to the infinite? What if it is a gateway to the past?
 
  • #4
Basically, all of your assumptions are wrong here. The energy involved in a star exploding does NOT move "faster than light" and, anyway, "moving faster than light" does NOT mean "moving back in time".
 
  • #5


almi said:
I understand what you are saying. But what I wanted to say is that if before a black hole is created the energy that is produced by the explosion of a star, if it travels faster than the speed of light, could trigger the forming of the black hole... So, what if the black hole isn't a dot where matter is compressed to the infinite? What if it is a gateway to the past?

I don't know much about the theories behind black holes, but the theory of relativity, denies any possibility for anything (energy, waves, matter) to move faster than the speed of light.
And, there is not any satisfactory explanation of even what it means by going into the past, l
 
  • #6
almi said:
Hello, this is my first post here and I'm sorry if I say a dumb thing. Something is bothering me for a long time... I have read that if you break the speed of light you will go back in time. Ok... So what if when a star explodes, and creates a black hole, the energy released from the explosion travels faster than the speed of light? It creates a hole in the time fabric in which all the matter and light are sucked in... I could go on from this with lots of theories but I don't have enough space on the forum :))... Sorry for my english, I'm from Romania :P

almi said:
I understand what you are saying. But what I wanted to say is that if before a black hole is created the energy that is produced by the explosion of a star, if it travels faster than the speed of light, could trigger the forming of the black hole... So, what if the black hole isn't a dot where matter is compressed to the infinite? What if it is a gateway to the past?

One of the things we try to do in this forum is for people to learn some basic concepts before they extrapolate that into something else. What you are doing here is https://www.physicsforums.com/showthread.php?t=414380", i.e. making speculative post. It is considered speculative because you never bothered to first double-check if what you are using to base your post on is correct. In this case, you started with what you perceived to be a "fact" ("... explosion travels faster than the speed of light... ") and using that to arrived at other things might be consequences of SR/GR.

If you truly wish to learn about these things, what you ought to do is to learn some basic concepts of SR/GR first, and then ask about any validity of such astronomical explosion traveling faster than light. You will note that this is not a done deal and hopefully, you will not feel as secure to make that next leap based on the lack of evidence. It is difficult for us to counter something that is based on faulty assumptions in the first place, because the whole premise is moot. When you start with a faulty assumption, then almost any kind of outcome can be postulated (garbage in, garbage out).

I suggest you go to the Astronomy forum and investigate if such a claim about exploding stars, and then look up basic physics on special relativity.

Zz.
 
Last edited by a moderator:

1. What is the current known speed of light?

The current known speed of light is approximately 299,792,458 meters per second in a vacuum.

2. Can anything travel faster than the speed of light?

According to the theory of relativity, it is not possible for anything with mass to travel faster than the speed of light. However, some theories suggest that certain particles called tachyons may be able to exceed the speed of light.

3. What would happen if an object were to break the speed of light?

If an object were to break the speed of light, it would violate the theory of relativity and the laws of physics as we know them. It is currently believed that such an occurrence is impossible.

4. Are there any potential consequences of breaking the speed of light?

The consequences of breaking the speed of light are unknown, as it is currently considered impossible. Some theories suggest that time travel or other paradoxes may occur.

5. How do scientists study and measure the speed of light?

Scientists use various methods, such as the Michelson-Morley experiment and the use of lasers, to measure the speed of light. They also use the known speed of light to make calculations and predictions in various experiments and theories.

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