Gravity Manipulation: Benefits and Implications

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    Gravity Manipulation
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Discussion Overview

The discussion revolves around the potential for manipulating gravity following the discovery of gravitational waves, exploring the implications and benefits of such advancements. Participants consider both theoretical and practical aspects, including connections to the Higgs boson and comparisons to electromagnetism.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant questions whether the discovery of gravitational waves will lead to the manipulation of gravity and seeks to understand the major benefits of this discovery beyond astrophysical phenomena.
  • Another participant asserts that while we can manipulate gravity in a limited sense (e.g., moving objects), true manipulation that violates physical laws is not possible. They emphasize the importance of understanding astrophysical processes as a benefit of the discovery.
  • There is a suggestion that the study of gravitational waves could enhance our understanding of the Higgs boson, although concerns are raised about the practical applications of such knowledge due to the Higgs boson's short lifespan.
  • A comparison is made between gravity and electromagnetism, highlighting that the effects of electromagnetism are significantly stronger, which may limit the practical manipulation of gravity.
  • A link to a research paper is provided for further exploration of the topic.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility and implications of manipulating gravity, with no consensus reached on the potential applications or benefits of gravitational wave discoveries.

Contextual Notes

Participants acknowledge the limitations of current understanding and the speculative nature of potential applications stemming from gravitational wave research and the Higgs boson.

PhysicsKush
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With the upcoming gravitational waves discovery , after we study their practical aspect enough , will we ever be able to manipulate gravity or something as such ? What exactly are the major benefits of this discovery . It ''opens a window for physics'' but what exactly this implies besides the nature of primeval supermassive black holes collisions and other astral mechanisms.
Because , I tought , we'll obviously learn more about the higgs boson and it's propreties ,so we could control experiment with it ..?
 
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Mihail Anghelici said:
With the upcoming gravitational waves discovery
Let's see...
Mihail Anghelici said:
will we ever be able to manipulate gravity or something as such ?
We are able to manipulate gravity. Move an object from A to B: you changed the gravitational field. That is all the manipulation we can do - we cannot violate the laws of physics, we can only work with them.
Mihail Anghelici said:
What exactly are the major benefits of this discovery .
It will help to understand various astrophysical processes. You won't be able to buy an application of gravitational wave detectors in the supermarket. At least not within the next decades.
Mihail Anghelici said:
Because , I tought , we'll obviously learn more about the higgs boson and it's propreties ,so we could control experiment with it ..?
We can produce and study it, but it is too short-living to do more with it. You won't be able to buy an application of the Higgs boson discovery in the supermarket. At least not within the next decades.

Sometimes fundamental research needs a long time to find applications, but often it does - in ways no one could imagine at the time the research was done. The whole field of quantum mechanics emerged from a few details that were not understood - now our modern world would not exist without knowledge of quantum mechanics. General relativity already found an application - GPS would not work properly without taking its effects into account.
 
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As a comparison, think about how we manipulate electromagnetism. Essentially everything we can do using EM is based on the simple concept of moving charges around. The large effects seen from moving electric charges arises mostly because the EM force is MUCH stronger than gravitation (about 1036 to 1041 times as strong).
 

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