Göttingen 2025 – scientific programme

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MP: Fachverband Theoretische und Mathematische Grundlagen der Physik

MP 12: Concepts of Physics

MP 12.3: Talk

Thursday, April 3, 2025, 16:55–17:15, ZHG002

Theoretical physics based on focal-point representation of particles. — •Osvaldo Domann — Stephanstr. 42, 85077 Manching

Physical laws describe the relations between variables as interactions. General relativity describes them as geometric relations, what makes it inappropriate for the description of gravitation and incompatible with quantum mechanics. The problem of the Standard Model in general is the very primitive static representation of subatomic particles with the energy of a resting particle concentrated in a small volume (Point-Like). This representation forces the introduction of carriers (fictitious particles) to explain interactions between them. All alternative approaches like Strings, Loops, Vortex, etc., use the same static and concentrated representation and have therefor the same problems to explain interactions. The proposed approach describes particles as focal points of rays of fundamental particles (FP) with angular momenta where the energy is stored. The four forces (electromagnetic, strong, weak and gravitation) are mathematically deduced as scalar and vector products between the angular momenta of FP. The resulting gravitation description has two force components, the Newton and an Ampere component that explains the flattening of galaxies curve. It is compatible with quantum mechanics. No dark matter is required. More at www.odomann.com

Keywords: Standard Model,; Gravitation; Point-like representation; General relativity; dark matter