Yes, it could easily be proven wrong by observing the transitions between mass and energy
in high-energy particle accelerators, and measuring the beginning and ending quantities of
mass and energy.
This has been done thousands of times in the past 60 or 70 years, and the observed numbers
always confirm it.
Pretty neat, when you consider that [ E = m c2 ] was derived on purely theoretical grounds
a long time before it ever became possible to check it in the real world, and when the machinery
was invented that could check it, it was proven correct.
If you're talking about the equation where 'e' is energy, 'm' is mass, and 'c' is the speed of light, then that one has never been proved wrong. In fact, it has predicted the correct results thousands of times.
No. E=mc2 is a formula. Energy equals mass times the speed of light squared.
Experiments carried out so far confirm the formula.
There is no sum of e=mc2, it is an equation concerning matter and energy. e=mc2 stands for: Energy equals mass times the velocity of light squared. E = M C 2
The concept of E=MC2 was discovered by Henri Poincare.
Albert Einstein
If you're talking about the equation where 'e' is energy, 'm' is mass, and 'c' is the speed of light, then that one has never been proved wrong. In fact, it has predicted the correct results thousands of times.
Some scientist say that E=MC2 is wrong because neutrinos are faster than light. As of 2014, it has not been proven wrong, but there are scientist working to see if they can prove it wrong.
prove:E=mc2
E (Energy) equals M (Mass) times C2 (speed of light square)
No. E=mc2 is a formula. Energy equals mass times the speed of light squared.
Experiments carried out so far confirm the formula.
Energy.
E=mc2 means energy=mass multiplied by the speed of light squared.
There is no sum of e=mc2, it is an equation concerning matter and energy. e=mc2 stands for: Energy equals mass times the velocity of light squared. E = M C 2
How did scientists apply albert einsteins equation e equals mc2?"
The concept of E=MC2 was discovered by Henri Poincare.