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T: Fachverband Teilchenphysik

T 88: Miscellaneous

T 88.5: Vortrag

Freitag, 4. April 2025, 10:00–10:15, ZHG105

Compositeness and spatial extension of fundamental particles in a circular extra space — •Hans-Dieter Herrmann — Berlin

A particle model is proposed living in space-time as well as in an extra space complementing space-time, called basic space. The models in basic space called 'birotons' consist of two 'rotons' with nearly equal masses. Birotons have a composited spin of 1/2 h_bar and show four spinor-like states. The rotons perform a circular motion with a 4π- resp. a 2π-cycle. This geometric difference causes a symmetry violation corresponding to the weak parity violation. The mass symmetry and the spin-asymmetry between the two rotons represent an internal super-symmetry.The charge of the biroton is attached to only one of the two rotons, this results in gyromagnetic factors of 1 and 0 for the rotons, however nearly 2 for the biroton. The biroton has two modes of translation: a local mode (corpuscle-picture) and a nonlocal mode (corresponding to a picture of two parallel probability waves). In the nonlocal mode the rotons including their partial masses have different positions in space-time that causes quantum nonlocality as well as a nonlocal gravity of the same origin. The dual space-concept applied for the model contruction has a philosophical foundation, see https://philarchive.org/archive/HERACQ.

Keywords: Extra space; internal supersymmetry; corpuscle and wave pictures; nonlocality; relations of quantum theory and gravity