'Eigenvalue equation' diaporamas de présentation

Fermions and Bosons

Fermions and Bosons. From the Pauli principle to Bose-Einstein condensate. Structure. Basics One particle in a box Two particles in a box Pauli principle Quantum statistics Bose-Einstein condensate. Basics. Quantum Mechanics. Observable: property of a system (measurable).

1.46k views • 48 slides

Fermions and Bosons

Fermions and Bosons. From the Pauli principle to Bose-Einstein condensate. Structure. Basics One particle in a box Two particles in a box Pauli principle Quantum statistics Bose-Einstein condensate. Basics. Quantum Mechanics. Observable: property of a system (measurable).

662 views • 48 slides

STUDY OF DEFECTS IN TWO BEAM CONDITIONS II

754 views • 46 slides

Nuclear Dynamics in Time-Dependent Picture

Nuclear Dynamics in Time-Dependent Picture. Takashi Nakatsukasa University of Tsukuba Collaborator: Kazuhiro Yabana (U.T.). The 6 th China-Japan Joint Nuclear Physics Symposium, May 16-20, 2006. Time-dependent approach to quantum mechanical problems. Time rep. vs Energy rep.

394 views • 19 slides

MODULE 5

MODULE 5. HERMITICITY, ORTHOGONALITY, AND THE SPECIFICATION OF STATES we have stated that we need Hermitian operators because their eigenvalues are real Thus they can be related to experimentally determined observables (always real ) A definition of Hermiticity (see Barrante, chap 10) is

309 views • 16 slides

Silicon Carbide

224 views • 12 slides