Space Ships faster than light.

In summary, the conversation discusses the potential use of a dense electron field emitted by a spacecraft to protect it from absorbing energy and expanding while in motion. The question also clarifies that the discussion is only about electron fields, not electromagnetic fields radiated from electrons. It is mentioned that Dr. Michio Kaku may not check this site and may not be reachable through it, despite occasionally interacting with forums in the past.
  • #1
OnTheCuttingEdge2005
34
0
Dear Michio Kaku.

I wanted to ask a question about traveling in space with a space ship.

If a spacecraft emits a dense electron field around itself extended
out to space in all directions from the craft, Wouldn't this electron
force field (Electrons themselves) allow the material of the space
craft to not absorb energy to the ship itself, (If a system cannot
absorb energy then it cannot expand).

All materials act as antennas if they are moving through space, The
antenna in motion would collect energy and expand until it can no
longer expand as a single material.

If that antenna had an electron force field around it dense enough to
absorb incoming energy while in motion then the electron field would
expand but the antenna should change little in mass.

This above question relates to only Electron fields and not
Electromagnetic fields radiated from electrons.

Gerald L. Blakley
 
Science news on Phys.org
  • #2
Mr. Blakley, I do not believe Dr. Kaku ever checks this site, and I don't know how to reach him.
 
  • #3
Dr. Kaku has amazingly written to some of us over the years, including onthecuttingedge yet he never shows up at the forums. Only once-in-a-blue-moon chats. :grumpy:
He's a fast typist but I guess too busy for forums.
 

1. How does a space ship travel faster than light?

According to the theory of relativity, objects with mass cannot travel at the speed of light. However, some theories suggest that by manipulating space-time, it may be possible to travel faster than light. This could potentially be achieved through the use of technologies such as warp drives or wormholes.

2. Is faster-than-light travel possible?

While some theories suggest that faster-than-light travel may be possible, it has not been proven or achieved yet. Scientists are still exploring different ideas and technologies that could potentially allow for such travel, but it remains a topic of ongoing research and debate.

3. What are the potential benefits of faster-than-light travel?

If faster-than-light travel were to become a reality, it could revolutionize space exploration and open up new possibilities for interstellar travel. It could also have significant implications for communication and trade between distant planets or civilizations.

4. Are there any potential dangers or risks associated with faster-than-light travel?

The concept of faster-than-light travel also raises concerns about potential dangers and risks. For example, some theories suggest that traveling faster than light could have adverse effects on the fabric of space-time, or even result in time travel. Additionally, there may be ethical considerations to be addressed, such as the impact on indigenous life forms on other planets.

5. What is the current state of research on faster-than-light travel?

While there is ongoing research and exploration into the possibility of faster-than-light travel, it is still considered to be in the realm of science fiction rather than science fact. Many scientists continue to work on developing new theories and technologies that could one day make this type of travel a reality, but it is not currently achievable with our current understanding and technology.

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