Modified Einstein E=MC^2/∆T: Physical Meaning & Applications

[khalid.mostafa]

E=MC^2/ ∆T
E ----- (Watt) M ------- (kg) c -------- (3* 108 m/s2) ∆T ------ (second)

Physical meaning:-
The energy take time to convert into mass and mass take time to convert into energy
So the universe mass must increase every second
Because of the initial energy is constant and it transform into mass by time pass .

Application of eq:-
بسم الله الرحمن الرحيم
{وَالسَّمَاء بَنَيْنَاهَا بِأَيْدٍ وَإِنَّا لَمُوسِعُونَ} (سورة الذاريات:47)
"And the heaven we constructed with strength and indeed we are its expanders"
صدق الله العظيم

 

[DennisN]

Is this a question or a statement? If it is a statement, do you have a reference to where it comes from? Also please note that personal theories are not allowed here (see guidelines). If it is a question, where's the question?

 

[khalid.mostafa]

it is not personal theories it just convert the eq from work formal to energy formal by divided on ∆T
and i ask about Physical meaning ? is it true ??:-
The energy take time to convert into mass and mass take time to convert into energy
So the universe mass must increase every second
Because of the initial energy is constant and it transform into mass by time pass .

 

[DennisN]

khalid.mostafa, welcome to Physics Forums, by the way!

Energy divided by time is not energy, it's Power (so your equation above does not make sense - the left hand side equals energy, the right hand side equals power).

The energy take time to convert into mass and mass take time to convert into energy

Possibly (but ΔT would be very small for small particle systems). But how does this translate to any universal "law" for the Universe? I can't see any connection.

So the universe mass must increase every second

Why?

Because of the initial energy is constant...

Ok, let's assume this.

...and it transform into mass by time pass .

Why? How? Who has said so?
I also should point out that the total energy and the total mass of the entire Universe is unknown.

 

[pmacias]

This modified version of Einstein's famous equation has significant implications in the field of cosmology. It suggests that the universe is constantly expanding and the rate of this expansion is directly related to the amount of energy present. This can help scientists better understand the evolution of the universe and its current state.

Furthermore, this equation can also be applied in the field of nuclear physics. It can help in the understanding of nuclear reactions and the conversion of mass into energy, which is the basis of nuclear power.

In addition, this equation can also have practical applications in energy production and storage. By understanding the relationship between energy, mass, and time, we can develop more efficient ways of producing and storing energy.

Overall, the modified Einstein's equation has both theoretical and practical significance in the scientific community. It sheds light on the fundamental relationship between energy and matter and has the potential to advance our understanding of the universe and improve our technology.