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  1. en.wikipedia.org › wiki › Otto_SternOtto Stern - Wikipedia

    Otto Stern (German pronunciation: [ˈɔto ˈʃtɛʁn] ⓘ; 17 February 1888 – 17 August 1969) was a German-American physicist and Nobel laureate in physics. He was the second most nominated physicist for a Nobel Prize, with 82 nominations in the years 1925–1945 [1] (most times nominated is Arnold Sommerfeld with 84 nominations ...

  2. Otto Stern was a German-born American physicist who developed and applied the molecular beam method to study the properties of molecules, atoms and nuclei. He verified Maxwell's law of velocity distribution, measured the magnetic moments of sub-atomic particles, and demonstrated the wave nature of atoms and molecules.

  3. Otto Stern was a German-born scientist and winner of the Nobel Prize for Physics in 1943 for his development of the molecular beam as a tool for studying the characteristics of molecules and for his measurement of the magnetic moment of the proton.

    • The Editors of Encyclopaedia Britannica
  4. Feb 8, 2022 · 8 min read. 100 Years Ago, a Quantum Experiment Explained Why We Don’t Fall through Our Chairs. The basic concept of quantum spin provides an understanding of a vast range of physical phenomena. By...

    • Davide Castelvecchi
  5. Photo from the Nobel Foundation archive. Otto Stern. The Nobel Prize in Physics 1943. Born: 17 February 1888, Sorau, Germany (now Zory, Poland) Died: 17 August 1969, Berkeley, CA, USA. Affiliation at the time of the award: Carnegie Institute of Technology, Pittsburgh, PA, USA.

  6. A review of the life and work of Otto Stern, who developed the molecular beam technique and discovered the magnetic moments of proton and deuteron. Learn about his collaboration with Einstein, his Nobel Prize, and his contributions to quantum physics.

  7. Jun 20, 2021 · This chapter traces the impact of Otto Stern's research on the development of AMO physics, through his links with Nobel laureates and other scientists. It covers topics such as molecular beams, spin, magnetic moments, quantum electrodynamics, laser cooling, and more.