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fishin_kitten
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Would the beam of a powerful laser have any gravitational tug?
God I wish I could! I don't have the tools.phyzguy said:Sure. All mass/energy contributes to the generation of gravitational fields. However, it would likely be immeasurably tiny. Why don't you try calculating it?
I'm on it thanxDale said:You would need to read up on pp wave spacetimes for details.
Laser gravity works by using highly concentrated laser beams to create a gravitational field. The photons in the laser beam exert a force on objects, causing them to be pulled towards the source of the laser.
Yes, a laser can pull objects. While it may not seem as powerful as traditional sources of gravity, such as the Earth, the laser's pull is still strong enough to affect objects on a smaller scale.
No, the concept of laser gravity has been around for decades, but it is still a relatively new area of study and research. Scientists are still exploring its potential applications and limitations.
Laser gravity has potential applications in space exploration, as it could be used to manipulate objects and spacecraft without physical contact. It could also be used in future propulsion systems or to create artificial gravity in spacecraft.
As with any new technology, there are potential risks associated with laser gravity. One concern is the potential for the laser beam to accidentally pull or push objects in unintended directions. Additionally, the high concentration of laser beams could potentially cause harm to living organisms if not used carefully.