How matter converted into energy?

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  • Thread starter Thread starter Ravi Mandavi
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Discussion Overview

The discussion centers on the conversion of matter into energy as described by the equation E=mc^2, exploring the mechanisms involved, such as particle annihilation and nuclear processes, as well as the implications of mass and speed in this context.

Discussion Character

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

Main Points Raised

  • Some participants inquire about the requirements for converting matter into energy using E=mc^2.
  • Others explain that matter to energy conversion typically occurs through particle annihilation or nuclear processes like fusion and fission.
  • There is a question regarding the role of 'c' in the equation, with a participant noting it as a constant of proportionality for mass-energy conversion.
  • One participant speculates about the possibility of converting their body mass into energy and questions if running at the speed of light is necessary.
  • Another participant clarifies that mass prevents one from reaching the speed of light, emphasizing that the speed of light is not related to the velocity of matter in this context.
  • It is stated that matter can never reach the speed of light, and a suggestion is made that annihilating with anti-matter would be a way to convert body mass into energy.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility of converting body mass into energy and the implications of mass on achieving the speed of light. There is no consensus on the practical aspects of matter-energy conversion.

Contextual Notes

Some assumptions about the nature of mass, speed, and the mechanisms of energy conversion remain unaddressed, and the discussion does not resolve the complexities involved in these processes.

Ravi Mandavi
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What needs to convert matter into energy by E=mc^2?
 
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Matter to energy conversion is generally confined to particle annihilation (e.g. electron-positron annihilation) or nuclear processes (e.g. fusion or fission).
 
In formula E=mc^2 what's role of 'c'?
 
It's a constant of proportionality; a unit conversion between mass and energy.
 
What if i want to convert matter of my body into energy?
M i need to run with speed of light or more?
 
the very fact that you have mass will prevent you from running at the speed of light.

E=MC^2 C= the speed of light, it is not to do with how fast the matter is travelling.
 
Mass will prevent to run with speed of light, means imposible to gain speed of light?
 
Matter can never reach the speed of light.
If you want your body's mass to be converted to energy, your best bet would be to find a roughly equivalent weight of anti-matter, and annihilate with it...
 

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