How to Exceed The Velocity Of Light 2

In summary, the conversation discusses the relationship between gravifugal force and gravitons in quantum theory. It is mentioned that every particle has an anti-particle, and to achieve the speed of light, one must have no mass. However, the question is raised about how to achieve faster-than-light travel and whether it involves reducing mass into the negative region. The conversation also touches on the limitations of current theories and the possibility of a new theory that can explain both gravity and other particles.
  • #1
computergeek6933
So what you're saying is that gravifugal force is essentially the anti-matter for a graviton. I don't know many things about quantum theory but I do know this: in quantum theory, every particle has an anti-particle such as positrons.
Secondly, to achieve the speed of light, one must have no mass (such as that of a beam or wave). Yet how are you supposed to achieve faster than light travels? Do you intend to reduce your mass into the negative region?
 
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  • #2
Greetings !
Originally posted by computergeek6933
So what you're saying is that gravifugal force is essentially the anti-matter for a graviton. I don't know many things about quantum theory but I do know this: in quantum theory, every particle has an anti-particle such as positrons.
Secondly, to achieve the speed of light, one must have no mass (such as that of a beam or wave). Yet how are you supposed to achieve faster than light travels? Do you intend to reduce your mass into the negative region?
QM tries to explain everything as quanta. GR tries
to explain everything as geometry. QM fails when
is comes to gravity, thus there may be no gravitons.
GR fails when it comes to other particles. If and when
a better and mutualy including theory is formed we'll
see if it allows anti-gravitons or FTL travel.

Live long and prosper.
 

1. How can we exceed the velocity of light 2?

Currently, it is not possible to exceed the velocity of light 2, also known as c2. The speed of light in a vacuum, c, is the fastest speed that can be achieved in the universe. It is a fundamental constant that cannot be surpassed.

2. Is there any evidence that we can exceed the velocity of light 2?

No, there is no scientific evidence that suggests we can exceed the velocity of light 2. In fact, numerous experiments and theories have consistently shown that the speed of light is the ultimate speed limit in the universe.

3. Can we break the laws of physics to exceed the velocity of light 2?

Breaking the laws of physics is not possible. These laws are based on fundamental principles and have been extensively tested and verified through experiments. Therefore, it is not possible to exceed the velocity of light 2 without violating these laws.

4. Are there any theories that suggest we can surpass the velocity of light 2?

While there have been some theories proposed, such as the Alcubierre drive, that suggest we can exceed the velocity of light 2, they are still purely speculative and have not been proven to be feasible or scientifically accurate.

5. Could advancements in technology one day allow us to exceed the velocity of light 2?

At this time, there is no technology or theoretical concept that can enable us to surpass the velocity of light 2. However, as our understanding of the universe continues to advance, it is possible that new discoveries may lead to new possibilities in the future.

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