Канал: Dr Mitchell's physics channel

Analog Quantum Simulation with nanoelectronic circuits

Analog Quantum Simulation with nanoelectronic circuits

Intro to my physics channel

Intro to my physics channel

Launch of UCD's Centre for Quantum Engineering, Science, and Technology

Launch of UCD's Centre for Quantum Engineering, Science, and Technology

Green's functions for interacting fermions

Green's functions for interacting fermions

Equations of motion for Green's functions

Equations of motion for Green's functions

Green's functions for tight-binding systems

Green's functions for tight-binding systems

Green's functions in condensed matter physics: basics

Green's functions in condensed matter physics: basics

Machine learning for molecular electronics

Machine learning for molecular electronics

Models of many-electron systems in second quantized form

Models of many-electron systems in second quantized form

Second Quantization for fermions

Second Quantization for fermions

Second quantization: basics

Second quantization: basics

Quantum spin liquids and valence bond solids

Quantum spin liquids and valence bond solids

Quantum phase transitions, spontaneous symmetry breaking, mean field theory

Quantum phase transitions, spontaneous symmetry breaking, mean field theory

Spin wave theory and Holstein-Primakoff transformation

Spin wave theory and Holstein-Primakoff transformation

Quantum spin chains and the quantum-to-classical correspondence

Quantum spin chains and the quantum-to-classical correspondence

Observables, Density Matrix, Reduced Density Matrix, Entanglement Entropy

Observables, Density Matrix, Reduced Density Matrix, Entanglement Entropy

Exact Diagonalization for spin systems

Exact Diagonalization for spin systems

Spin states and exchange interaction

Spin states and exchange interaction

Two qubits / spins: formalism

Two qubits / spins: formalism

Quantum harmonic oscillator and spin operators for a single qubit

Quantum harmonic oscillator and spin operators for a single qubit

Intro to Quantum Condensed Matter Physics

Intro to Quantum Condensed Matter Physics

Quantum Condensed Matter Physics lectures: orientation

Quantum Condensed Matter Physics lectures: orientation

Relativistic Mechanics

Relativistic Mechanics

Four-Vectors in special relativity

Four-Vectors in special relativity

Causality in Special Relativity

Causality in Special Relativity

Relativistic Invariance

Relativistic Invariance

Relativistic Velocity Addition Formula

Relativistic Velocity Addition Formula

Ladder paradox and Twin paradox

Ladder paradox and Twin paradox

Length contraction and time dilation in relativity

Length contraction and time dilation in relativity

Derivation of Lorentz transformation

Derivation of Lorentz transformation

Introduction to Relativity

Introduction to Relativity

Poisson Brackets and Canonical Transformations

Poisson Brackets and Canonical Transformations

Phase space trajectories

Phase space trajectories

Classical Hamiltonian mechanics and Energy

Classical Hamiltonian mechanics and Energy

Chaos and Ergodicity

Chaos and Ergodicity

Worked examples in classical Lagrangian mechanics

Worked examples in classical Lagrangian mechanics

Conservation laws and Noether's theorem

Conservation laws and Noether's theorem

Generalized coordinates and constraints in Lagrangian mechanics

Generalized coordinates and constraints in Lagrangian mechanics

Coordinate transformations and the metric of space

Coordinate transformations and the metric of space

Classical physics derived from quantum mechanics: Feynman Path Integral

Classical physics derived from quantum mechanics: Feynman Path Integral

Derivation of E=mc^2 and Lorentz force from relativistic Lagrangian

Derivation of E=mc^2 and Lorentz force from relativistic Lagrangian

Euler-Lagrange equation: derivation and application

Euler-Lagrange equation: derivation and application

The Principle of Least Action

The Principle of Least Action

Newtonian mechanics revision

Newtonian mechanics revision

Worked solutions for electrodynamics: EM waves, potentials, relativity

Worked solutions for electrodynamics: EM waves, potentials, relativity

Worked solutions for electrodynamics: magnetostatics

Worked solutions for electrodynamics: magnetostatics

Topological quantum matter

Topological quantum matter

Relativistic Theory of Electrodynamics: the full story

Relativistic Theory of Electrodynamics: the full story

Electrodynamic potentials

Electrodynamic potentials

Electron interactions and the Hubbard model

Electron interactions and the Hubbard model

Fundamentals of band structure

Fundamentals of band structure

Electromagnetic (EM) waves

Electromagnetic (EM) waves

Energy in electromagnetic systems; Poynting vector

Energy in electromagnetic systems; Poynting vector

Worked solutions for electrodynamics: Electrostatics

Worked solutions for electrodynamics: Electrostatics

Worked solutions for electrodynamics: mathematical foundations

Worked solutions for electrodynamics: mathematical foundations

Faraday's law and electrodynamics

Faraday's law and electrodynamics

Tight-binding models

Tight-binding models

Magnetic materials and magnetic fields in matter

Magnetic materials and magnetic fields in matter

Magnetostatics

Magnetostatics