Podcast appearances and mentions of ivan schuller

  • 8PODCASTS
  • 10EPISODES
  • 11mAVG DURATION
  • ?INFREQUENT EPISODES
  • Nov 24, 2022LATEST

POPULARITY

20172018201920202021202220232024


Best podcasts about ivan schuller

Latest podcast episodes about ivan schuller

Physics (Video)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

Physics (Video)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

Science (Video)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

Science (Video)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

University of California Audio Podcasts (Audio)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

University of California Audio Podcasts (Audio)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

Science (Audio)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

Science (Audio)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

UC San Diego (Audio)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

UC San Diego (Audio)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

Physics (Audio)
Honoring the Historic Contributions of Mayer Hall to the Field of Physics

Physics (Audio)

Play Episode Listen Later Nov 24, 2022 3:59


The American Physical Society has designated UC San Diego's Mayer Hall as a historic site in recognition of research conducted by physicists Walter Kohn and Lu Jeu Sham on density functional theory. Their development of the "Kohn-Sham equation" inside Mayer Hall became the foundation for the computation of the material properties of electrons and nuclei. Understanding the electronic properties of complex systems is essential to the design and engineering of new materials and drugs. Kohn and Pierre Hohenberg on sabbatical in Paris developed a theorem for the electron ground state energy to depend on the electron density distribution instead of the usual potential energy due to the nuclei. In Building C (later named Mayer Hall), from 1964-66, Kohn and Sham laid the foundation of a computation method, based on a single-particle equation composed of its quantum kinetic energy and the potential energy including the interaction effects. That became the basis for computation of material properties of the electrons and the nuclei. For this work, Kohn received the 1998 Nobel Prize in Chemistry. [Science] [Show ID: 38313]

Nobel Laureates (Audio)
Albert Fert: The Rugby Player Who Got the Nobel Prize

Nobel Laureates (Audio)

Play Episode Listen Later Oct 23, 2013 23:30


A lively and wide-ranging visit with Albert Fert, life-long rugby player and recipient of the Nobel Prize in Physics for his discovery of an effect that revolutionized electronics forever. Series: "Not Too Serious Labs" [Science] [Show ID: 25570]

Nobel Laureates (Video)
Albert Fert: The Rugby Player Who Got the Nobel Prize

Nobel Laureates (Video)

Play Episode Listen Later Oct 23, 2013 23:30


A lively and wide-ranging visit with Albert Fert, life-long rugby player and recipient of the Nobel Prize in Physics for his discovery of an effect that revolutionized electronics forever. Series: "Not Too Serious Labs" [Science] [Show ID: 25570]

Physics (Audio)
Albert Fert: The Rugby Player Who Got the Nobel Prize

Physics (Audio)

Play Episode Listen Later Oct 23, 2013 23:30


A lively and wide-ranging visit with Albert Fert, life-long rugby player and recipient of the Nobel Prize in Physics for his discovery of an effect that revolutionized electronics forever. Series: "Not Too Serious Labs" [Science] [Show ID: 25570]

Physics (Video)
Albert Fert: The Rugby Player Who Got the Nobel Prize

Physics (Video)

Play Episode Listen Later Oct 23, 2013 23:30


A lively and wide-ranging visit with Albert Fert, life-long rugby player and recipient of the Nobel Prize in Physics for his discovery of an effect that revolutionized electronics forever. Series: "Not Too Serious Labs" [Science] [Show ID: 25570]