Internal Functions of Matter (m) of Einstein Equation; E = mc2 and Emission of Energy (E) After Finding the Mass of A Photon; Graviton and Equation of Unification Physics

Nirmalendu Das

Abstract: In 1905 Einstein introduced his famous equation E = mc2 throughout the scientific world and scientists experimentally tested different ways even in the outer space that the speed of light is 2.99792458x1010 cm/sec this is very unique equation for the mass equivalent energy system. This applicable to all fields for energy emission. Here the question is that matter is not alone; inside of it other particles are there. Which type of particles is responsible to create energy Again; energy is composed of bunch or coagulation of photons; how many photons are responsible to create energy We know the equation E = h and h is the Planck constant and according to De-Broglie; = c/. But same question arises that one Planck is 6.6260755x10-27 erg-sec; how many photons creates this energy To solve all these facts; we need to think on the photons mass. Because; energy is composed of number of photons which will depend the mass m. Again; in what way gravitational constant and the particle acts on it that internal mechanism is very important throughout the universe.

Keywords: Mass of a photon, graviton, unification of physics, Planck constant, Einsteins equation

How to Cite?: Nirmalendu Das, "Internal Functions of Matter (m) of Einstein Equation; E = mc2 and Emission of Energy (E) After Finding the Mass of A Photon; Graviton and Equation of Unification Physics", Volume 3 Issue 6, June 2014, International Journal of Science and Research (IJSR), Pages: 1213-1219, https://www.ijsr.net/getabstract.php?paperid=2014442, DOI: https://dx.doi.org/10.21275/2014442