Generating Artificial Fields on Satellites: Effects?

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In summary, in 2006, an electromagnetic superconductor was reported to have generated a small gravity field 1/1000Gs. The question was raised about the potential effects of using a similar field on a satellite in space, including a sudden decrease in speed due to an artificial increase in mass, or a slight acceleration towards the nearest gravity field, or both occurring simultaneously. The credibility of the device is currently unknown. A related experiment was performed by the European Space Agency.
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Fival
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Recently read about a release from 2006 about an electromagnetic superconductor that generated a small gravity field 1/1000Gs (around that much). If a similar field was used on a satellite in space what would the affects be. A sudden decrease in speed do to an artificial increase in mass? or would it simple accelerate slightly towards the nearest gravity field? or would both occur simultaneously?
Currently don't know the Credibility of said device.
 
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Fival said:
Recently read about a release from 2006 about an electromagnetic superconductor that generated a small gravity field 1/1000Gs (around that much). If a similar field was used on a satellite in space what would the affects be. A sudden decrease in speed do to an artificial increase in mass? or would it simple accelerate slightly towards the nearest gravity field? or would both occur simultaneously?
Currently don't know the Credibility of said device.

Welcome to the PF.

Can you post a link?
 
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http://www.esa.int/Our_Activities/Preparing_for_the_Future/GSP/Towards_a_new_test_of_general_relativity
this isn't where i read it but its about the same place that performed the experiment.
 

1. What is the purpose of generating artificial fields on satellites?

The purpose of generating artificial fields on satellites is to protect the satellite's sensitive electronic equipment from the harmful effects of natural space radiation. These fields can also help stabilize the satellite's orbit and improve its overall performance.

2. How are artificial fields created on satellites?

Artificial fields are created on satellites using electromagnetic coils and power sources. The coils are strategically placed on the satellite's exterior and energized to create a magnetic field around the satellite.

3. What are the effects of artificial fields on satellite operations?

The effects of artificial fields on satellite operations can include improved radiation protection, increased stability and performance, and reduced risk of malfunctions or failures due to space radiation. However, these fields may also interfere with other satellites or spacecraft in close proximity.

4. Can artificial fields be adjusted or turned off?

Yes, artificial fields can be adjusted or turned off if necessary. This can be done remotely from Earth or by onboard personnel. However, it is important to carefully consider the potential consequences and risks before making any changes to the artificial fields.

5. Are there any potential risks or drawbacks associated with generating artificial fields on satellites?

There are some potential risks and drawbacks associated with generating artificial fields on satellites. These include potential interference with other satellites or spacecraft, added complexity and cost to the satellite's design and operation, and the need for regular maintenance and monitoring of the artificial fields.

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