A Classical Approach of Unified Field

The astronomical contributions of Sir Arthur Eddington have sometimes been distracted by his philosophy and his derivation of ~10 79 for the total number of elementary particles in the universe. However, assumptions employed to obtain the universal mass in a volume of ~10 79 m 3 produce values remarkably commensurate with ~10 79 protons. The congruence between the calculated gravitational forces for rest mass photons separated by Planck's length and potassium ions separated by the distance that maintains a neuron's resting plasma membrane potential is also consistent with his assumption that universal structure is mirrored within consciousness and its extensions through sensitive instrumentation. Recent measurements of photon emissions during changes in membrane potentials and human beings engaging in visual imagery as well as the concept of entanglement suggest that careful reevaluation of Eddington's approach in cosmology, astronomy, and astrophysics may be revealing.

Support for Eddington’s Number and his Approach to Astronomy: Recent Developments in the Physics and Chemistry of the Human Brain

Persinger

2013

Actual Picture of the Law of Universal Gravitation and the Quantum Gravity Theory Describing the Real State of the Universe

Borowski

2013

This paper presents the real sense of the classical and quantum theory of gravitation as a component of the actual picture of the universe where the volume, as the size of the expanding universe, approaches infinity, while the total of material masses goes to zero. At present, these two standard theories describe the phenomenon of gravitation but do not explain the very mechanism and the cause of this process. This constant and real lack of information on that subject is consistent with natural laws and the same with the laws of physics, which were already experimentally determined by Werner Heisenberg in 1927. The paper also presents the causes of inability to explain up to the present the actual picture of the essence of the universe.

Lorentz Transformation in Super System and in Super System of Photon

Das

Misra

2014

Self Cite

Lorentz transformation considers that relative velocity of the frame of references in inertial system is less than the velocity of light. If it be such that a frame is moving with velocity same as that of light with respect to a frame of observer then, Lorentz transformation in it will not be same as done in inertial system. Again photon is not only a particle or wave but it is a complex system due to the fact that it possesses spin and linear motion simultaneously. So, it will have some complex characteristics. In this work first, trial would be made to find out the process of Lorentz transformation in between two frames having relative velocity same as that of light and then, this concept, would be applied in the system of photon.