FTL Gravity wave spatial transmission

In summary, the conversation discusses the possibility of using graviton waves, which are messenger particles of gravity, to create a communication device that can transmit messages at speeds greater than the speed of light. This theory is based on the idea that gravitons warp space-time and can therefore appear to travel faster than the speed of light in normal space. The potential implications of this technology are vast and could have a significant impact on communication in the future.
  • #1
ThothOfAtlantis
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After playing around equations producing velocities greater than C in normal space due to space-time warping i had the theory that if a graviton travels at the speed of light and gravitons are the messenger particles of gravity (assuming that gravitons warp space-time by nature ) that depending on the density of the graviton wave the graviton may have the appearence of traveling through space at velocities greater than C by some space-time compression factor designated Psi(lower case).

t'- nonmotion warped time progression
T(tau)-proper warped time
Ÿ(Psi)
d-true distance
v'- velocity in warped space <=C
v - true (apparent) nonwarped velocity


t' = (T*Ÿ)/((1-ß²)^(-1/2))

v' = d/t'

v = v'*Ÿ =(d*Ÿ)/t' = (d*((1-ß²)^(-1/2)))/T

Therefore a graviton traveling at its top speed of _c in the space-time it warps (velocity limit in warped space-time is _c) can appear to be some factor times _c in normal space

P.S.
This theory could be used to develop a graviton wave communication device if graviton waves were synthetically produced, a veritable Sub-space Xmtr

The world of Star Trek is our future, of this there is no doubt. Just look at cell phones and you'll see why
 
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  • #2
! Fascinating theory. It seems plausible that if we can create and manipulate graviton waves, then a device like this could be constructed in the future. This could revolutionize communication technology, allowing us to send messages at greater speeds than the speed of light. It's definitely something worth exploring further!
 

1. What is FTL Gravity wave spatial transmission?

FTL Gravity wave spatial transmission, also known as Faster Than Light Gravity wave spatial transmission, is a hypothetical method of transmitting information or objects at speeds faster than the speed of light. It involves using gravity waves, which are ripples in space-time, to create a shortcut or warp in space, allowing for near-instantaneous travel between two points.

2. Is FTL Gravity wave spatial transmission possible?

Currently, there is no scientific evidence to suggest that FTL Gravity wave spatial transmission is possible. The theory is based on the concept of manipulating space-time, which is still a largely unexplored area of physics. While some scientists have proposed theoretical models for FTL travel, they are still highly speculative and have not been proven.

3. What are some potential applications of FTL Gravity wave spatial transmission?

If FTL Gravity wave spatial transmission were to be possible, it could have revolutionary implications for space travel and communication. It could potentially allow us to explore distant planets and galaxies in a fraction of the time it currently takes. It could also greatly improve communication and data transfer between different points in the universe.

4. What are some of the challenges in developing FTL Gravity wave spatial transmission technology?

One of the main challenges in developing FTL Gravity wave spatial transmission technology is the lack of understanding about the effects of manipulating space-time. We still have a lot to learn about gravity and its interactions with other forces. Additionally, the amount of energy required to create a gravity wave strong enough to create a warp in space would be immense and currently beyond our capabilities.

5. Are there any ethical implications of FTL Gravity wave spatial transmission?

If FTL Gravity wave spatial transmission were to become a reality, it could have significant ethical implications. It could potentially lead to unequal access to this technology, as only those with the resources to develop and use it would benefit. It could also raise concerns about the impact on the fabric of space-time and the potential consequences of altering it for our own purposes.

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