Calculation of Bags Constant Using Plancks Equation of Black Body Radiation

Arijit Bag

Abstract: Classical interpretation and derivation of wave particle duality relation has been done very recently using Newtonian mechanics which is termed as Bag's wave of a particle. According to Bag's wave particle duality, wavelength of a moving particle is ? = b / p, instead of ? = h / p which is for de Broglie wave length of a particle. The constant 'b' is a function of opposition field and spin momentum of the particle. So far b is not characterized completely and not used for experimental purpose. In this article an approximate value of b is presented which is calculated using few assumptions. Calculated value of b differs from value of h. This discrepancy is addressed. It is also shown that at T = 4.8 ? 10^{-11} K, b and h become equal. This temperature is termed as equivalence temperature.

Keywords: Bag's constant, Black body radiation, Wave particle duality, Equivalence temperature