Karlsruhe 2024 – scientific programme

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T: Fachverband Teilchenphysik

T 122: Miscellaneous

T 122.5: Talk

Friday, March 8, 2024, 10:00–10:15, Geb. 30.41: HS 1

Modified theory of elementary particles. — •Albrecht Giese — Taxusweg 15, 22605 Hamburg

For decades, it has been the viewpoint of physics that elementary particles can only be understood and treated using quantum mechanics. However, another way is possible.

If Louis de Broglie's approach at the time is taken up and developed further, a number of particle parameters can be determined in the classical way. And this with a greatly simplified mathematical formalism and with results that are not only on a par with QM, but even superior. A striking example is the classical derivation of inertia/mass, which provides very precise and easily comprehensible results. It should be noted that the resulting formula for mass does not contain any adaptable parameters. Apart from the size of the particle, it only uses known physical constants. And the result for e.g. the electron deviates from the measurement by less than 10^-5. I think that's something!

These are results which the quantum mechanical Higgs model cannot compete with in any way, as it provides NO results.

As a supplement, we will show a list of (still existing) particle properties that cannot (yet) be determined independently of QM.

Further info: ag-physics.org/rmass

Keywords: Particle model; Elementary particles; Inertia; Inertial mass; Classsical solutions