Pauli gives titles of his two lectures in Lund.
Sem títuloZürich, Switzerland
941 Descrição arquivística resultados para Zürich, Switzerland
Pauli makes remarks on Jordan's five-dimentional theory and on Pauli's tensor calculus.
Sem títuloPauli replies to a number of printed papers from Jordan: on Jordan's 5-dimensional theory, on his theory of formation of stars, and about quoting Pauli in publications on parapsychology.
Sem títuloPauli refers to a letter he received from Rabi on the 19th December 1947 (copy attached) about Schwinger's calculations and their experimental verification. He adds some general remarks on divergencies in quantum electrodynamics. He also comments on the space-time conception of Newton and Kepler.
Sem títuloPauli comments on Fierz's difficulties in treating the problem of the spin-electron in a magnetic field. He makes some remarks concerning Kepler's astrological ideas.
Sem títuloPauli is glad that Heisenberg will write an article for Dialectica, and that he has been able to visit England. He writes him to read a paper by Lewis, a pupil of Oppenheimer in: Phys. Rev., 15 January 1948.
Sem títuloPauli thanks Einstein for his manuscript "Quantum mechanics and reality" printed in Dialectica. He explains the difference between his own attitude to physics and Einstein's. Pauli believes that the description of reality as it is given by quantum mecahnics is complete.
Sem títuloPauli attached to this letter a copy of a letter he wrote to Einstein, in which Pauli formulates his view on the physical reality and its description by quantum mechanics. Also attached is Einstein's answer to Pauli's letter (copy of the letter Einstein_0010r).
Sem títuloPauli thanks Heisenberg for the corrections to the Dialectica article. No formalism which takes into account only protons and electrons can be final. He and Heisenberg agree that the masses of elementary particles are not fundamental constants that they will result as eigenvalues from a future theory. But the concept of "universal length" does not seem useful to Pauli.
Sem títuloPauli gives his opinion on the present situation of quantum electrodynamics.
Sem título