How can gyros and fins on spaceships improve long-term survival in space?

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In summary, the conversation discusses different ideas for creating artificial gravity in spaceships for long-term survival in space. Suggestions include using gyros, fins, centrifugal force, constant acceleration, and ion propulsion. There is also mention of capillary wings, adjustable centripetal force, and utilizing a fusion facility.
  • #1
Sariaht
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I imagine gyros in spaceships would make it easier to survive longterm in space. Maybe spaceships should have fins, like fishes.

Can't we make organisms fit on the average planet by using gyros?
 
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  • #2
Creating false gravity is relatively simple, in principle. Jusy spin it - centrifugal force will do it.
 
  • #3
Or you could give the spacecraft a constant acceleration. The con is, you'll need a lot of fuel. Centri-fugal/pedal inertial effects it is then!

\\//,
 
  • #4
Originally posted by Lord Flasheart
Or you could give the spacecraft a constant acceleration. The con is, you'll need a lot of fuel. Centri-fugal/pedal inertial effects it is then!

\\//,
Ion propulsion: low acceleration, long duration. We just need to scale it up by - oh, 5 orders of magnitude or so.
 
  • #5
Originally posted by russ_watters
Ion propulsion: low acceleration, long duration. We just need to scale it up by - oh, 5 orders of magnitude or so.

How about this then, spaceships with capilare wings to feed the Ion propulsion engine (or am I wrong?) and adjusteable centripetalforce.
 
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  • #6
The flapping of the wings on the ship might be in harmony with the gyro or the spinning wheel the passengers are inside.

Also, a magnified and inhanced neutrinoflow partly from the fussion facility might help.
 

1. How do spaceships with false gravity work?

Spaceships with false gravity use a technology called artificial gravity to simulate the effects of gravity on board the ship. This technology involves creating a centripetal force through rotation or by using electromagnetism to mimic the pull of gravity.

2. What are the benefits of having false gravity on a spaceship?

False gravity on a spaceship can provide a more comfortable and familiar living environment for astronauts, as well as preventing the negative effects of prolonged weightlessness on the human body. It also allows for easier movement and activities on board the ship.

3. Can false gravity be adjusted on a spaceship?

Yes, false gravity can be adjusted on a spaceship depending on the needs of the astronauts. This can be done by changing the speed or direction of the rotation or by adjusting the strength of the electromagnets.

4. Are there any potential drawbacks to using false gravity on a spaceship?

Some potential drawbacks of using false gravity on a spaceship include the high energy and maintenance costs, as well as potential health risks from prolonged exposure to artificial gravity. There may also be difficulties in adjusting to different levels of gravity when returning to Earth.

5. Has false gravity been used on any real-life spaceships?

Currently, false gravity has not been used on any real-life spaceships. However, it has been proposed and studied for potential future space missions, such as long-term human habitats on Mars. Some science fiction movies and books also feature spaceships with false gravity.

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