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Discussed how to include electromagnetic fields in the Schrodinger equation and path integrals, and also covered the Aharonov-Bohm effect
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Finished going through the Green's function slides and started looking at path integrals.
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Introduced the propagator and began slides on Green's functions
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First class on the WKB approximation
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Talk given to the MIAPP workshop Dark Energy 2 on Nov 16, 2021
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Presenter: Fatma Ismail Supervisor(s): Dr. Drew Higgins Project Description: The Unprecedented performance of the atomically dispersed ions has recently attracted great attention in different…
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Presenter: Ahmed Abdellah Supervisor(s): Dr. Drew Higgins Project Description: Recently, the electrochemical carbon dioxide reduction (CO2R) has attracted great attention as a promising method for…
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Central question: How to create more jobs taking advantage of Hamilton’s industrial foundation and natural scenery? Hamilton is a city with vast potential, and we intend to attack the problem…
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Finished partial waves and began scattering phase shifts (L24ScatteringTheory4_Phase_shifts)
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Finished the Born approximation and started partial waves (L23ScatteringTheory3_Partial_Waves)
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Studied the Green's function approach to scattering theory (L21ScatteringTheory1)
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Scattering theory: covered the basic setup of a scattering experiment, including the differential scattering cross-section, asymptotic wavefunction, and the scattering amplitude (L21ScatteringTheory1)
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Studied the Aharonov-Bohm effect (as an example of a Berry phase) and thereby finished the slides on Berry's phase.
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Worked through an example of Berry's phase: a spin in a rotating magnetic field (L20BerryPhase)
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Physics 4Q03 Lecture 22: This lecture recaps the previous ones and completes the interactions of a nonrelativistic charged particle to include the Coulomb interaction.
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Studied the WKB approximation for a particle in a potential well (L15WKB_potential_well)
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Finished going through WKB connection formulae (L14WKBconnection)
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Started the WKB approximation (L13WKB_approximation.pdf)
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