Abstract

The start of the universe comprises two spheres brought together with the velocity of light c. One sphere is filled with negative basic particles having a charge of ⅓ of that of an electron, and the other with particles with a charge ⅓ of that of a positron. The first dumbbell shaped particles formed upon collision are very high-energy spinning photons essential for the formation of fields. A small part of the photons reacts with additional basic particles to form proto quarks and leptons. The proto particles will surround themselves with photons until the formation of u and d quarks, electrons and positrons. The polarisation of the photons embodies energy and therefor mass. Photons transmit forces and gravity. Observations do not give an Euclidean view of the universe.

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