Abstract
The present work deals with the mass of photon which creates a force at the contact point of reflection resulting in slight deviation of photon from its path after reflection. Only the mass of photon can cause deviation due to inertial force. If photon has no mass, it cannot deviate. It is also found that this deviation of photon depends on the angle of polarization plane of laser light with respect to reflecting mirror. Such variation in the angle of deviation by the plane of polarization proves that the mass of photon is neither in the centre of photon nor distributed uniformly but located off-centre (away from the centre of photon). This work proves that photon has mass and the most important part of this work is to discover that the mass of the photon is located off-centre (away from the centre of photon). This discovery explains Wave Particle Duality of electromagnetic radiations.
Highlights
Photon is a particle and displays dual nature both of particle as well as wave
The wave particle duality of photon has been accepted in quantum mechanics
This work finds that the mass in the photon is neither uniformly distributed nor it is in the centre of the photon but the mass of photon is located off-centre
Summary
Photon is a particle and displays dual nature both of particle as well as wave. The wave particle duality of photon has been accepted in quantum mechanics. New Quantum Theory [2], developed in the year 2012 is based on the analogy of solar system & atom to explain wave particle duality of photon This theory is based on the hypothesis that a photon has a nucleus of mass with the nucleus located off-centre in the photon. Most the mass of the photon is located in its nucleus similar to the solar system and the atoms This hypothesis can explain Wave Particle Duality and other phenomena of electromagnetic radiations. Further the change in the angle of deviation of photons with variation in the plane of polarization indicates that the force created depends on the position of the nucleus of mass in spinning photon with respect to the contact point of reflection. This work finds that the mass in the photon is neither uniformly distributed nor it is in the centre of the photon but the mass of photon is located off-centre (away from the centre)
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