Is E=mc^2 Fully Proven or Still Up for Debate?

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In summary: The nuclear fusion reactions happening in the sun are converting matter into energy constantly, proving that E=mc^2 is indeed true.In summary, a computer science major claimed that E=MC^2, but for rigor, M=E/C^2 must also be proven. However, he is mistaken as E=MC^2 has been proven and there is evidence of matter being converted into energy, supporting the equation. The person in post #2 and work at particle accelerators confirm this. The sun is also a constant proof of E=mc^2 through nuclear fusion reactions.
  • #1
your_friend
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so this guy who says he's a computer science major said this.

"E=MC^2 but for rigor you must prove and demonstrate M=E/C^2 as well of your proof to be complete.".

and because of that he says E=mc^2 is not fully proven.

inputs?. is he right or wrong?.

thanks.
 
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  • #2


What?

If E = MC2, then M=E/C2 through basic algebraic manipulation - one implies the other.
 
  • #3


I believe he is mistaken. I'm not sure where to look, but I am almost certain E=MC^2 has been proven.
 
  • #4


he says E=mc^2 is proven.

but there is no proof(experiment) of M=E/C^2, so its not fully proved to be true.

we can turn matter into energy but not vice versa.

something like that.
 
  • #5


your_friend said:
he says E=mc^2 is proven.

but there is no proof(experiment) of M=E/C^2, so its not fully proved to be true.

we can turn matter into energy but not vice versa.

something like that.

Might want to ask those people at CERN what they think they're doing then. Pair production anyone?
 
  • #6


your_friend said:
he says E=mc^2 is proven.

but there is no proof(experiment) of M=E/C^2, so its not fully proved to be true.

we can turn matter into energy but not vice versa.

something like that.

I'm sorry but this is nonsense. The person in post #2 had it right. The equation you are referring to describes the relationship between the rest mass and the rest energy of a particle (meaning the energy it has even when it is not moving -- in other words, the energy that it has simply by virtue of having mass).
 
  • #7


your_friend said:
he says E=mc^2 is proven.

but there is no proof(experiment) of M=E/C^2, so its not fully proved to be true.

we can turn matter into energy but not vice versa.

something like that.

There is plenty of proof. Any of the work at the major particle accelerators around the world would easily demonstrate this.
 
  • #8


Just look at the sun, it is a continuous proof of E=mc^2.
 

1. What does "E=mc^2" mean?

"E=mc^2" is a famous equation devised by Albert Einstein in his theory of special relativity. It states that energy (E) is equal to mass (m) multiplied by the speed of light (c) squared.

2. Is "E=mc^2" a proven equation?

Yes, "E=mc^2" has been proven to be true through numerous experiments and observations. It is a fundamental principle in the field of physics and has been confirmed by countless experiments and calculations.

3. Why is it sometimes said that "E=mc^2" is not fully proven?

Some scientists argue that "E=mc^2" is not fully proven because it does not take into account the effects of gravity or other forces. However, for most practical applications, the equation is accurate and has been extensively tested and confirmed.

4. Are there any exceptions to the validity of "E=mc^2"?

Yes, there are certain situations, such as at the subatomic level or in extremely high-energy environments, where "E=mc^2" may not accurately describe the relationship between energy and mass. However, for everyday objects and scenarios, it is a highly accurate and reliable equation.

5. Can "E=mc^2" be used to create energy?

Technically, "E=mc^2" does not create energy, but rather it explains the relationship between mass and energy. This equation is often used in nuclear reactions, where a small amount of mass is converted into a large amount of energy. However, the process of converting mass into energy requires specific conditions and technology, and it is not a simple equation that can be used to produce energy on its own.

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