Beschreibung
Scientific Essay from the year 2019 in the subject Physics - Theoretical Physics, language: English, abstract: This paper proposes a model for mass that combines two theories. Gunnar Nordströms theorized mass is dependent on the scalar gravitational field and Stark theorized that our elementary particles are composed of fundamental excited Dark Matter (DM) particles. Dm excitation theory is that our elementary particles are DM particles. DM particles are excited via collisions, creating closed Electromagnetic (EM) oscillations about a DM particle, transforming the DM particle into our elementary particles. DM particles are the fundamental particle. Nordströms theory rivaled Einsteins relativity. Nordström describes the gravitational flux as scalar rather than a vector as treated by Einstein. Nordströms theory failed to mathematically demonstrate photon refraction when passing by stars whereas Einsteins relativity predicted the refraction, which resulted in acceptance of Einsteins theory. However, reevaluation of Nordströms theory is warranted because new observations are correctly predicted by Nordströms theory and not by Einsteins relativity. Examples are: (a) the expanding, accelerating universe, (b) galaxy rotation, (c) variation of the big G gravitational constant. The variation of G is currently a topic for experiments.
Autorenporträt
Born 1943. Graduated 1968 with Physics Degree from Fresno State College. First occupation (drafted) Naval Ship Weapons System at Port Hueneme. Work history four years GTE Optics group in Mountain View, then went to Palo Alto Research Center (PARL) in Palo Alto which changed its name to Advanced Test Center. A laboratory for Lockheed. Most of my career has been in optics and lasers. I specialized in integration for new systems that were considered red programs. Notable were Startracker, BSTS demonstration, MKV, integration of turret for Airborne Laser, and classified programs.
Herstellerkennzeichnung:
BoD - Books on Demand
In de Tarpen 42
22848 Norderstedt
DE
E-Mail: info@bod.de
