A method for deriving an analytical approximation for the stress-energy of free massless fermion fields in static black hole spacetimes is presented. The relationship between this method and previous methods by Brown, Ottewill, and Page, and by Frolov and Zel'nikov is discussed. Susskind's realization of the 't Hooft holographic conjecture is explored. By using general relativity and numerical simulation we examine the null geodesics emerging from black holes and perpendicular to a given projection plane at infinity. This work is especially germane given the recent interest in the applications of holography to string theory.
Gravity is an averaged collective electromagnetic type of force.
This concept presents that gravity is primarily a quantum, alternating, periodic, electromagnetic type of force, which is a property of all matter based in the nuclei of matter. The force in space propagates with the speed of light, or greater, and obeys electromagnetic Maxwell Newtonian physical rules. The gravitational force in space is proportional to the amount of matter and inversely proportional to the distance from other matter. Gravity is a physical Newtonian electromagnetical Coulombic phenomenon resulting from the propagation of electromagnetic energy between mass, primarily based in the nuclei. It is the force resulting from the interaction between the electromagnetic radiation waves with other particles of the mass.