Karlsruhe 2011 – wissenschaftliches Programm
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MP: Fachverband Theoretische und Mathematische Grundlagen der Physik
MP 22: Various
MP 22.2: Vortrag
Donnerstag, 31. März 2011, 16:35–16:55, 30.45: 201
Mathematical Physics — •Arno Gorgels1 and Shevkinaz Bulut2 — 1Hans-Thoma-Straße 3, 14467 Potsdam — 2Etzelstraße 224, 50739 Köln
Mathematical descriptions such as Lorentz-transformations or the mathematical formulation of quantum mechanics are often taken as "mathematical physics". In this paper, a mathematical theory of nature is only called "Mathematical Physics" when its mathematical axioms are identifiable in nature. The authors believe - based upon an idea of the mathematician Amir D. Aczel - that Set Theory complies with this requirement.
The physical continuum, limited to 10 levels of Cantor's mathematical continuum, allows, in addition to electrons and positrons, the occurrence of electrically charged particles with +2/3e and -1/3e. These newly-postulated particles now allow us to define the internal structure of protons and neutrons as follows. The new elementary particles are called eon (-1/3e) and peon (+2/3e).
1- Proton = ê + Peon + 2.Eon 2- Neutron = p + e 3- Up Quark = ê + Peon + e 4- Down Quark = ê + Eon + e
The interaction of positron, eon, peon, and electron are measured as proton, neutron, up-Quark and down-Quark. The elements positron, peon and eon may be experimental results of the current hadron colliding experiments in CERN.
Further theoretical study linked with experimental investigations should provide the necessary evidence to consolidate this approach.