What's the truth about antigravity?

Fermilab2 minutes read

Scientists do not consider antigravity to be real, despite theories linking it to UFO flights. Researchers at CERN are exploring antigravity using antimatter, with experiments to determine if antimatter falls up or down.

Insights

  • Antigravity concepts like gravitoelectrics and electrogravitics are not supported by scientific evidence, despite some researchers at CERN exploring antimatter's gravitational behavior.
  • Claims related to antigravity involving rotating superconducting disks or dense fluids creating repulsive gravitational fields lack replication by other scientists, casting doubt on their validity.

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Recent questions

  • Is antigravity a real scientific concept?

    No

  • What are some examples of antigravity theories?

    Rotating superconducting disks, parallel plate capacitors, dense fluids

  • Are claims about government possession of crashed UFOs credible?

    No

  • What are researchers at CERN investigating regarding antimatter?

    If antimatter falls up

  • What is the current scientific consensus on antigravity?

    Not a scientifically proven concept

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Summary

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Debunking Antigravity: The Search for Truth

  • Gravity is a force that pulls things downwards, but antigravity, which some people talk about, is not considered real by respected scientists.
  • Antigravity is often associated with dodgy explanations like UFO flight, but researchers at CERN are exploring the concept using antimatter.
  • Various terms like gravitoelectrics, electrogravitics, and gravitomagnetics are used to describe antigravity, but these are not scientifically proven concepts.
  • Claims involving rotating superconducting disks, parallel plate capacitors, and dense fluids creating repulsive gravitational fields have not been replicated by other researchers.
  • UFO enthusiasts believe in government possession of crashed UFOs, like the famous Roswell incident, but these claims lack substantial evidence.
  • Serious researchers at CERN are investigating if antimatter falls up, with experiments involving antihydrogen atoms to determine the gravitational behavior of antimatter.
  • While most scientists believe antimatter will fall down like regular matter due to similar mass measurements, the gravitational mass of antimatter has not been directly measured, leaving room for the possibility that antimatter falls up.
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