Naslov
Relativistic Alpha Field Theory – Part III: Does Gravitational Force Becomes Positive if (GM/rc2) > 1?

Autori
Novaković, Branko

Izvornik
International journal of new technology and research (2454-4116) 1 (2015), 5; 39-47

Vrsta, podvrsta i kategorija rada
Radovi u časopisima, članak, znanstveni

Ključne riječi
Relativistic alpha field theory; Field parameters; Geodesic equations; Unification of electrical and gravitational forces

Sažetak
General Relativity Theory (GRT) cannot be applied to the extremely strong gravitational field at the Planck’s scale, because of the related singularity. Here we show that Relativistic Alpha Field (RAF) theory extends the application of GRT to the extremely strong fields at the Planck’s scale. This is the consequence of the following predictions of RAF theory: a) no a singularity at the Schwarzschild radius, b) there exists a minimal radius at r = (GM/2c2) that prevents singularity at r = 0, i.e. the nature protects itself, c) the gravitational force becomes positive (repulsive) if (GM/rc2) > 1, that could be a source of a dark energy, and d) unification of electrical and gravitational forces can be done in the standard four dimensions (4D). Predictions a) and b) are presented in the second part of this theory, while predictions c) and d) are considered in this (third) part of the theory. In the first part of the theory we present the solution of the field parameters in RAF theory. In this (third) part of the theory we present the solution of the geodesic equations employing alpha field parameters in RAF theory. This solution for a gravitational field gives the prediction c) of RAF theory, while the related solution for unified electrical and gravitational field gives the prediction d) of RAF theory. If RAF theory is correct, then it could be applied to the both weak and strong fields at the Universe and Planck’s scales giving the new light to the regions like black holes, quantum theory, high energy physics, Big Bang theory and cosmology.

Izvorni jezik
Engleski

Znanstvena područja
Fizika, Elektrotehnika, Strojarstvo

Napomena
The articles of author Branko Novakovic, given by ID: IJNTR01050015, IJNTR01050016 and IJNTR01050017, have obtained the Best Article Award in International Journal of New Technology and Research(IJNTR, Vol.1, No.5 from 9 September, 2015.

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