Uploads from eigenchris
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Curated by: eigenchris (146 videos)
Currently Playing: What Is Voltage? (joke video)
What Is Voltage?
Tracks in this Playlist
- Spinors for Beginners 25: Dirac Equation (derivation + solutions) (chiral, Weyl, mass, Dirac basis)
- Spinors for Beginners 24: Proca and Maxwell Equations (derivation + solutions)
- Spinors for Beginners 23: Klein-Gordon Equation (derivation + solutions)
- Spinors for Beginners 21: Introduction to Quantum Field Theory from the ground up
- Spinors for Beginners 22: Dirac Equation and Gamma Matrices Deep Dive (+ chirality)
- Spinors for Beginners 20: Lorentz Group / Algebra Representation Theory
- What is Quantum Mechanics? (joke video)
- Spinors for Beginners 19: Tensor Product Representations of su(2) [Clebsch-Gordan coefficients]
- dune gom jabbar scene but it's a hard integral
- Spinors for Beginners 18: Irreducible Representations of SU(2) (Ladder Operators)
- Spinors for Beginners 17: The spin 1/2 representations of SU(2) and SL(2,C)
- Spinors for Beginners 16: Lie Groups and Lie Algebras
- my greatest mistake...
- Spinors for Beginners 15: Nilpotents, Fermions, and Maximally Isotropic Subspaces
- Spinors for Beginners 14: Minimal Left Ideals (and Pacwoman Property)
- Spinors for Beginners 13: Ideals and Projectors (Idempotents)
- Spinors for Beginners 12: How the Spin Group Generalizes Quaternions to any Dimension
- Spinors for Beginners 10: SU(2) double covers SO(3) [ SL(2,C) double covers SO+(1,3) ]
- Spinors for Beginners 11: What is a Clifford Algebra? (and Geometric, Grassmann, Exterior Algebras)
- Why Sabine Hossenfelder's video on transgender teens is misleading
- Spinors for Beginners 6.1 - Equivalence of Quaternions, Sigma Matrices, and SU(2)
- Spinors for Beginners 9: Pauli Spinors vs Weyl Spinors vs Dirac Spinors
- What Is Voltage? (joke video)
- Spinors for Beginners 8: Are the Pauli Matrices also Vectors? (Intro to Spinor Spaces)
- Spinors for Beginners 7: Square Root of a Vector (factoring vector into spinors)
- Spinors for Beginners 6: Pauli Vectors and Pauli Matrices
- Spinors for Beginners 5: The Flagpole and Complex Projective Line (CP1)
- Spinors for Beginners 4: Quantum Spin States (Stern-Gerlach Experiment)
- Spinors for Beginners 3: Polarizations and SU(2) Matrices [and O(3), SO(3), U(2)]
- Spinors for Beginners 2: Jones Vectors and Light Polarization
- Spinors for Beginners 1: Introduction (Overview + Table of Contents for video series)
- Tensors for Beginners 1: Forward and Backward Transformations (REMAKE)
- Relativity 110d: Cosmology - FLRW Geodesics, Cosmological Redshift, Horizons, Comoving Coordinates
- Relativity 110f: Cosmology - Friedmann Equations Derivation + Universe Evolution Models (FINALE)
- Relativity 110b: Cosmology - FLRW Metric Derivation (3 possible geometries)
- Relativity 108e: Schwarzschild Metric - Gravitational Redshift / Blueshift (via covector fields)
- Relativity 110e: Cosmology - Perfect Fluids, Cosmic Rest Frame, Equation of State
- Relativity 108d: Schwazrschild Metric - Eddington-Finkelstein, Kruskal-Szekeres, White/Wormholes
- Relativity 110c: Cosmology - FLRW Tensor/Coefficient Derivations
- Relativity 110a: Cosmology - Introduction to Modern Cosmology
- Doing the World's Hardest Integral (joke video)
- Relativity 109e: Gravitational Waves - How Gravitational Wave Affect Free Particles
- Relativity 109d: Gravitational Waves - Transverse-Traceless Gauge (Plus and Cross Polarizations)
- Relativity 109c: Gravitational Waves - Wave Derivation (The Lorenz Gauge)
- Relativity 109b: Gravitational Waves - Linearized Gravity / Weak Gravity
- Relativity 109a - Gravitational Waves: Introduction (LIGO, Wave Equation)
- eigenchris's Math/Physics YouTube Channel Recommendations
- Relativity 108c: Schwarzschild Metric - Geodesics (Mercury perihelion advance, photon sphere)
- Relativity 108b: Schwarzschild Metric - Interpretation (Gravitational Time Dilation, Event Horizon)
- Relativity 108a: Schwarzschild Metric - Derivation
- Relativity 107f: General Relativity Basics - Einstein Field Equation Derivation (w/ sign convention)
- Tensors for Relativity Explained in 1 Minute (#VeritasiumContest)
- Relativity 107e: General Relativity Basics - Stress-Energy-Momentum Tensor
- Relativity 107d: General Relativity Basics - Curved Spacetime for Newtonian Gravity (Newton Cartan)
- Introduction to Mathematics of Spinors (from a self-learner)
- Relativity 107c: General Relativity Basics - Curvature, Riemann Tensor, Ricci Tensor, Ricci Scalar
- Error Correcting Codes 4a: Finite Fields - Introduction to Non-Binary Codes
- Relativity 107b: General Relativity Basics - Manifolds, Covariant Derivative, Geodesics
- Relativity 107a: General Relativity Basics - Equivalence Principle and Proper Acceleration
- What Is Momentum? (joke video)
- Relativity 106a: Tensors - Frequency Wave Covectors and Doppler Shift (with accelerating frames)
- Relativity 105f: Acceleration - Geodesics, Curved Light Beams (Rindler Coordinates)
- Relativity 105e: Acceleration - Covariant Derivative in Flat Spacetime (Rindler Coordinates)
- Relativity 105d: Acceleration - Twin Paradox and Proper Time Along Curves (Rindler Metric)
- Relativity 105c: Acceleration - The Jacobian (changing basis in curvilinear Rindler coordinates)
- Relativity 105b: Acceleration - Bell's Spaceship Paradox and Rindler Coordinates
- Relativity 105a: Acceleration - Hyperbolic Motion and Rindler Horizon
- Relativity 104f: Special Relativity - Relativistic Dynamics and 4-Vectors (E=mc^2)
- Relativity 104e: Special Relativity - Spacetime Interval and Minkowski Metric
- Relativity 104d: Special Relativity - Velocity Addition and Relativity of Simultaneity
- Relativity 104c: Special Relativity - Time Dilation and Length Contraction Geometry
- Relativity 104b: Special Relativity - Lorentz Transform Equations Derivation
- Relativity 104a: Special Relativity - Lorentz Transformation Geometry (no equations)
- Relativity 101b: Introduction to Special Relativity
- Relativity 103e: Galilean Relativity - The problems with Galilean Relativity
- Relativity 103d: Galilean Relativity - Euclidean Metric Tensor
- Relativity 103c: Galilean Relativity - Galilean Transform and Covariance/Contravariance
- Relativity 103b: Galilean Relativity - Spacetime Separation (Interval) Vector and Invariance
- Relativity 103a: Galilean Relativity - Spacetime Diagrams
- Learn Topology in 5 minutes (joke video)
- Relativity 102b: Keys to Relativity - Covariance and Contravariance
- Relativity 102a: Keys to Mathematics of Relativity - Invariance
- Relativity 101a: Introduction to Galilean Relativity
- Tensor Calculus 26 - Ricci Tensor/Scalar Properties
- Tensor Calculus 25 - Geometric Meaning Ricci Tensor/Scalar (Volume Form)
- Tensor Calculus 24: Ricci Tensor Geometric Meaning (Sectional Curvature)
- Tensor Calculus 23: Riemann Curvature Tensor Components and Symmetries
- Tensor Calculus 22: Riemann Curvature Tensor Geometric Meaning (Holonomy + Geodesic Deviation)
- Tensor Calculus 21: Lie Bracket, Flow, Torsion Tensor (contains error; see pinned comment)
- Error Correcting Codes 3b: Cyclic Codes - Generator Polynomial
- Error Correcting Codes 3a: Cyclic Codes - Polynomial Properties
- Error Correcting Codes 2c: Linear Codes - Parity-Check Matrix
- Error Correcting Codes 2b: Linear Codes - Minimum Distance
- Error Correcting Codes 2a: Linear Codes - Generator Matrix
- Error Correcting Codes 1: Introduction + Hamming (7,4) Code
- Tensor Calculus 17.5: Covariant Derivative (Component Definition) - Optional
- Tensor Calculus 20: The Abstract Covariant Derivative (Levi-Civita Connection)
- Tensor Calculus 19: Covariant Derivative (Intrinsic) and Geodesics
- Tensor Calculus 18: Covariant Derivative (extrinsic) and Parallel Transport
- Tensor Calculus 17: The Covariant Derivative (flat space)