Humans Move Before Becoming Black Hole

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SUMMARY

The discussion clarifies that a human cannot reach a speed that would cause them to collapse into a black hole due to relativistic mass. Velocity is a frame-relative quantity, meaning that no matter the speed, a human's rest frame remains unchanged. The concept of relativistic mass is largely obsolete in professional physics, reinforcing that this misconception should be addressed. The consensus is that one cannot transform into a black hole simply by altering reference frames.

PREREQUISITES
  • Understanding of relativistic physics principles
  • Familiarity with the concept of reference frames
  • Knowledge of black hole formation criteria
  • Basic grasp of mass-energy equivalence
NEXT STEPS
  • Research the implications of Einstein's theory of relativity
  • Study the criteria for black hole formation in astrophysics
  • Explore the concept of invariant mass versus relativistic mass
  • Learn about frame-dependent quantities in physics
USEFUL FOR

This discussion is beneficial for physics students, astrophysicists, and anyone interested in the principles of relativity and black hole mechanics.

Ted Baas
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The question kind of says it all. How fast fast could a human move before Relativistic mass made him collapse into a black hole(the answerer can choose whatever mass and volume that they want for the equations).
 
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Ted Baas said:
The question kind of says it all. How fast fast could a human move before Relativistic mass made him collapse into a black hole(the answerer can choose whatever mass and volume that they want for the equations).
A search of these forums will turn up many copies of the answer: There is no such speed. No matter how fast you go, you do not become a black hole. Velocity is a frame-relative quantity. You cannot make someone turn into a black hole or not simply by choosing a different reference frame.
 
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This is a misconception. You will not turn into a black hole because of relativistic mass. In your rest frame, absolutely nothing changes and you can always describe things using that frame. Relativistic mass is generally not a concept in use by professional physicists. See our FAQ in the Insights section.
 

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