U. Bäcker

Computing with the Bohmian Spin Law: A Structure-Preserving Integrator and a Variationally Determined Density Family, Tested against (e,2e) Data

For seventy years, Bohmian trajectories have served as an interpretation of quantum mechanics, rarely as a computational medium — and the spin-dependent guidance law, in which the Pauli current carries an additional circulation about the spin direction that removes the resting gr...

Computing with the 1955 Spin Law: A Structure-Preserving Integrator and a Variationally Determined Density Family, Tested against (e,2e) Data

For seventy years, Bohmian trajectories have served as an interpretation of quantum mechanics, rarely as a computational medium — and the spin-corrected law of motion published by Bohm, Schiller, and Tiomno in 1955, which removes the resting ground-state electron of the 1952 theo...

Computing with the 1955 Spin Law: A Structure-Preserving Integrator and a Variationally Determined Density Family, Tested against (e,2e) Data

For seventy years, Bohmian trajectories have served as an interpretation of quantum mechanics, rarely as a computational medium — and the spin-corrected law of motion published by Bohm, Schiller, and Tiomno in 1955, which removes the resting ground-state electron of the 1952 theo...