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Dr Mitchell's physics channel @UCow09jTr1HwgynLTcbzVyqg@youtube.com

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This is the YouTube channel of physicist Dr Andrew Mitchell


12:15
Analog Quantum Simulation with nanoelectronic circuits
01:10
Intro to my physics channel
01:24:37
Launch of UCD's Centre for Quantum Engineering, Science, and Technology
59:50
Green's functions for interacting fermions
01:11:37
Equations of motion for Green's functions
01:17:16
Green's functions for tight-binding systems
01:23:59
Green's functions in condensed matter physics: basics
30:11
Machine learning for molecular electronics
58:24
Models of many-electron systems in second quantized form
01:01:34
Second Quantization for fermions
47:35
Second quantization: basics
01:04:51
Quantum spin liquids and valence bond solids
57:58
Quantum phase transitions, spontaneous symmetry breaking, mean field theory
59:01
Spin wave theory and Holstein-Primakoff transformation
01:06:53
Quantum spin chains and the quantum-to-classical correspondence
01:32:14
Observables, Density Matrix, Reduced Density Matrix, Entanglement Entropy
58:14
Exact Diagonalization for spin systems
50:09
Spin states and exchange interaction
01:00:25
Two qubits / spins: formalism
01:13:28
Quantum harmonic oscillator and spin operators for a single qubit
53:55
Intro to Quantum Condensed Matter Physics
06:25
Quantum Condensed Matter Physics lectures: orientation
01:30:39
Worked solutions for electrodynamics: EM waves, potentials, relativity
01:08:22
Worked solutions for electrodynamics: magnetostatics
02:22:47
Topological quantum matter
02:42:12
Relativistic Theory of Electrodynamics: the full story
01:42:51
Electrodynamic potentials
02:36:55
Electron interactions and the Hubbard model
02:14:28
Fundamentals of band structure
01:16:44
Electromagnetic (EM) waves
01:02:26
Energy in electromagnetic systems; Poynting vector
01:38:09
Worked solutions for electrodynamics: Electrostatics
01:39:42
Worked solutions for electrodynamics: mathematical foundations
01:47:21
Faraday's law and electrodynamics
02:01:22
Tight-binding models
01:46:33
Magnetic materials and magnetic fields in matter
01:49:26
Magnetostatics