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20. Juni 2021 · Walther Gerlach’s numerous contributions to physics include precision measurements related to the black-body radiation (1912–1916) as well as the first-ever quantitative measurement of the radiation pressure (1923), apart from his key role in the epochal Stern-Gerlach experiment (1921–1922).
- Josef Georg Huber, Horst Schmidt-Böcking, Bretislav Friedrich
- 2021
Abstract Walther Gerlach’s numerous contributions to physics include precision measurements related to the black-body radiation (1912–1916) as well as the first-ever quantitative measurement of the radiation pressure (1923), apart from his key role in the epochal Stern-Gerlach experiment (1921–1922).
20. Juni 2021 · Walther Gerlach’s numerous contributions to physics include precision measurements related to the black-body radiation (1912–1916) as well as the first-ever quantitative measurement of...
Walther Gerlach's numerous contributions to physics include precision measurements related to the black-body radiation (1912-1916) as well as the first-ever quantitative measurement of the radiation pressure (1923), apart from his key role in the epochal Stern-Gerlach experiment (1921-1922). His wide-ranging research programs at the ...
- Josef Georg Huber, Horst Schmidt-Böcking, Bretislav Friedrich
- 2021
28. Juni 2023 · Gerlach's time at Paschen's institute in Tübingen proved formative for both his personality and his experimental abilities. Either became a key prerequisite for the success of the Stern–Gerlach experiment and other precision measurements where Gerlach pushed the limits of the possible.
20. Juni 2021 · Measurements of \(\Phi \), combined with values of \(\theta \) deduced independently from the relative populations of states \(|1\rangle \) and \(|2\rangle \), then allow us to fit \(\Delta \phi \) to high precision as a function of \(T_G\).
1 Stern-Gerlach Experiments. It was not a dark and stormy night when Otto Stern and Walther Gerlach performed their now famous experiment in 1922. The Stern-Gerlach experiment demonstrated that measurements on microscopic or quantum particles are not always as certain as we might expect.
