München 2019 – scientific programme
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MP: Fachverband Theoretische und Mathematische Grundlagen der Physik
MP 12: Superheavy bosons
MP 12.4: Talk
Thursday, March 21, 2019, 15:35–15:50, HS 23
mass and superheavy boson — Christian Ythier1 and •Daniel Cvikevic2 — 1Universite de Nice, 06108 Nice cedex 2, France — 2Bismarckstrasse 73, 70197 Stuttgart, Germany
Newtons experiment with a vessel shows that inertia is coming from the rotational motion of electrons and quarks. According to Zisman and to Feynman, this rotational motion of a charge happens essentially in the future and in the past of the ordinary 3 -D space. This future and this past are real but orthogonal to the present 3 - D space, so that the motion of a quark can be quantified in a real space rather than in a space of colour. The rotational energy of a charge is a form of energy and can be converted into kinetic energy in 3- D space. In the high-energy reaction p + p leads to pion + X, one observes a transversal impulse of 330 MeV, corresponding to the destruction of the pion, since 330 MeV/c2 is the mass of a quark. A superheavy boson having charge zero, spin maybe 2 and lifetime 0.17 yoctosecond shows itself in fission and transfer reactions, where it creates a W+, W- pair; so its mass is at least 160.9 GeV/c2.