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SN video science and technology. Matter-Radiation interaction /

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This video introduces the interaction between electromagnetic radiation and massive particles. The video is divided in 6 segments. The first segment discusses the minimal coupling between a massive particle and the electromagnetic field and the dipole approximation for the interaction energy. The se...

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Bibliographic Details
Other Authors: Salasnich, Luca (Speaker)
Format: Video
Language:English
Language Notes:In English.
Published: London, England : Springer Nature, 2020.
Series:SN Video Science and Technology
Subjects:
Fermi, Enrico, > 1901-1954.
Quantum theory.
Physics.
Electromagnetic theory.
Nuclear physics.
Théorie quantique.
Physique.
Théorie électromagnétique.
Physique nucléaire.
Instructional films.
Films de formation.
Online Access:Connect to this streaming video (Alexander Street Press)
Description
Summary:This video introduces the interaction between electromagnetic radiation and massive particles. The video is divided in 6 segments. The first segment discusses the minimal coupling between a massive particle and the electromagnetic field and the dipole approximation for the interaction energy. The second segment analyzes the energy of the hydrogen atom coupled to the electromagnetic radiation. The third segment introduces the Fermi golden rule to calculate the probabilities of transitions induced by the interaction energy. The fourth segment analyzes the spontaneous emission of photons. The fifth segment considers the absorption of photons. The sixth segment discusses the stimulated emission of photons.
Item Description:Title from resource description page (viewed March 11, 2021).
Physical Description:1 online resource (49 minutes)
Playing Time:00:48:38