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Quantum Mechanics II
Quantum Mechanics II A Web-Based Quantum Mechanics Course Marianne Breinig The University of Tennessee , Department of Physics and Astronomy
Quantum Mechanics I
Quantum Mechanics I A Web-Based Quantum Mechanics Course Marianne Breinig The University of Tennessee , Department of Physics and Astronomy
List of Modules
... Aharonov-Bohm effect, magnetic monopoles, propagator and path integrals. Periodic Systems Periodic and continuous systems, Electrons in a solid. Scattering Scattering by a central potential, free spherical waves, partial waves, phase ...
The qualifying examination is designed to test the student’s general knowledge of the fundamentals of physics. The performance needed to pass this examination corresponds to a mature command of the material typically included in the ...
UT Physics Summer Fellowships
UT Physics Summer Fellowships The Summer Fellowship Program The Department of Physics and Astronomy of the University of Tennessee, Knoxville will sponsor a summer re-search program for outstanding physics majors, preferably those who have ...
List of Modules
List of Modules Review: The Fundamental Assumptions of Quantum Mechanics A free pa-rticle, one-dimensional wave packets, the Heisenberg uncertainty relations, the time evo-lution of a free wave packet, the spreading of a wave packet Review: ...
... ´ 10 -19 C Avogadro number: N A = 6.02214179 ´ 10 23 particles/mol Speed of light: c = 2.99792458 ´ 10 8 m/s Electron rest mass: m e = 9.10938215 ´ 10 -31 kg Proton rest mass: m p = 1.672621637 ´ 10 -27 kg Neutron rest ...
... Identical particles Problems Feb 19 Propagator and Path Integral Apr 16 Atomic Spectra More problems Feb 21 Periodic Systems Electrons in a solid Apr 18 Current Topics Feb 26 Review, Study Guide Test 1 Apr 23 Current Topics Feb 28 Test 1 , ...
... that strong electron-lattice interactions are important in several families of transition metal oxides. The commonly studied models treat the electron-lattice interaction with a linear coupling between the electrons and the ions. However, ...
Electrons in a solid
... F in a metal are 5 to 10 eV. At absolute zero the electron gas is in its ground state, all energy levels less than E F are occupied. Classically we expect an energy gain of ~ kT or ~0.03eV per electron at room temperature. But only ...