top of page
Search

Energy mass relation hypothesis

  • Jun 26, 2023
  • 1 min read

E=\integral f(∆)mc^(2-∆)cs^∆ with ∆=0 as simple solution which is large.. where c is speed of light and cs is speed of sound.

A more complex equation is E=m^(1-∆)G^-∆ c^(2+2∆) r^∆ where there is a link to gravity and size too..

Ultimately we take a plutonium reactor and see what is power given and mass remaining..


 
 
 

Recent Posts

See All
The situation of physics in India

Hard to win fields medal for field theory after an unforgiving D grade in a theory course in 2010 for working on quantum optics due to lack of time and they then talked to all scientists not to give

 
 
 
Quantum wish

[6/6, 4:48 AM] Harish Exinc: Why is copper sulphate and potassium permanganate the best choice to do titration at home as it's least reactive and shows end result with transperant ness so just showing

 
 
 

Comments

bottom of page