The Theoretical Minimum | DB7FAD31390B5FCA50C94648011801BA7A80BC87

The Theoretical Minimum

Name	The Theoretical Minimum	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	39.8 GB
Total Files	138
Hash	DB7FAD31390B5FCA50C94648011801BA7A80BC87

/.../01 Classical Mechanics/
01 State diagrams and the nature of physical laws.mp4	311.1 MB
02 Newton's law, phase space, momentum and energy.mp4	270.8 MB
03 Lagrangian, least action, Euler-Lagrange equations.mp4	333.4 MB
04 Symmetry and conservation laws.mp4	340.1 MB
05 The Hamiltonian.mp4	396.0 MB
06 Hamilton's equations.mp4	309.0 MB
07 Liouville's theorem.mp4	312.0 MB
08 Poisson brackets.mp4	274.3 MB
09 Electric and magnetic fields 1.mp4	260.5 MB
10 Electric and magnetic fields 2.mp4	297.1 MB
/.../02 Quantum Mechanics/
01 Introduction to quantum mechanics.mp4	304.1 MB
02 The basic logic of quantum mechanics.mp4	331.8 MB
03 Vector spaces and operators.mp4	276.5 MB
04 Time evolution of a quantum system.mp4	311.4 MB
05 Uncertainty, unitary evolution, and the Schrödinger equation.mp4	350.8 MB
06 Entanglement.mp4	294.8 MB
07 Entanglement and the nature of reality.mp4	461.1 MB
08 Particles moving in one dimension and their operators.mp4	329.4 MB
09 Fourier analysis applied to quantum mechanics and the uncertainty principle.mp4	286.2 MB
10 The uncertainty principle and classical analogs.mp4	311.8 MB
/.../03 Special Relativity/
01 The Lorentz transformation.mp4	354.0 MB
02 Adding velocities.mp4	157.2 MB
03 Relativistic laws of motion and E = mc2.mp4	323.7 MB
04 Classical field theory.mp4	317.8 MB
05 Particles and fields.mp4	350.6 MB
06 The Lorentz force law.mp4	405.0 MB
07 The fundamental principles of physical laws.mp4	333.2 MB
08 Maxwell's equations.mp4	299.0 MB
09 Lagrangian for Maxwell's equations.mp4	305.0 MB
10 Connection between classical mechanics and field theory.mp4	314.7 MB
/.../04 General Relativity/
01 The equivalence principle and tensor analysis.mp4	395.2 MB
02 Tensor mathematics.mp4	372.7 MB
03 Flatness and curvature.mp4	370.4 MB
04 Geodesics and gravity.mp4	330.8 MB
05 Metric for a gravitational field.mp4	279.3 MB
06 Black holes.mp4	354.5 MB
07 Falling in to a black hole.mp4	350.0 MB
08 Formation of a black hole.mp4	271.9 MB
09 Einstein field equations.mp4	290.7 MB
10 Gravity waves.mp4	289.8 MB
/1 Core Courses/05 Cosmology/
01 The expanding (Newtonian) universe.mp4	269.3 MB
02 Matter and radiation dominated universes.mp4	297.1 MB
03 Geometries of space flat, spherical, hyperbolic.mp4	296.0 MB
04 Cosmological thermodynamics.mp4	267.3 MB
05 Vacuum energy.mp4	335.1 MB
06 Dark matter and allocation of energy density.mp4	309.4 MB
07 Temperature history of the universe.mp4	353.7 MB
08 Baryogenesis.mp4	316.9 MB
09 Inflation.mp4	363.0 MB
10 Inhomogeneities and quantum fluctuations.mp4	349.5 MB
/.../06 Statistical Mechanics/
01 Entropy and conservation of information.mp4	322.4 MB
02 Temperature.mp4	151.6 MB
03 Maximizing entropy.mp4	310.3 MB
04 The Boltzmann distribution.mp4	293.0 MB
05 Pressure of an ideal gas and fluctuations.mp4	277.2 MB
06 Weakly interacting gases, heat, and work.mp4	340.4 MB
07 Entropy vs. reversibility.mp4	300.1 MB
08 Entropy, reversibility, and magnetism.mp4	241.8 MB
09 Tbe Ising model.mp4	284.6 MB
10 Liquid-gas phase transition.mp4	341.5 MB
/.../01 Advanced Quantum Mechanics/
01 Review of quantum mechanics and introduction to symmetry.mp4	289.6 MB
02 Symmetry groups and degeneracy.mp4	320.1 MB
03 Atomic orbits and harmonic oscillators.mp4	327.9 MB
04 Spin.mp4	318.5 MB
05 Fermions, a tale of two minus signs.mp4	288.2 MB
06 Quantum field theory 1.mp4	363.2 MB
07 Quantum field theory 2.mp4	241.8 MB
08 Second quantization.mp4	278.9 MB
09 Quantum field Hamiltonian.mp4	303.2 MB
10 Fermions and the Dirac equation.mp4	238.0 MB
/.../02 Higgs Boson/
01 Higgs Boson - Demystifying the Higgs Boson.mp4	212.0 MB
/.../03 Quantum Entanglement/
01 Quantum Entanglement.mp4	219.1 MB
02 Quantum Entanglement.mp4	288.4 MB
03 Quantum Entanglement.mp4	288.0 MB
04 Quantum Entanglement.mp4	301.8 MB
05 Quantum Entanglement.mp4	281.9 MB
06 Quantum Entanglement.mp4	291.0 MB
07 Quantum Entanglement.mp4	271.1 MB
08 Quantum Entanglement.mp4	288.1 MB
09 Quantum Entanglement.mp4	260.0 MB
/2 Supplemental Courses/04 Relativity/
01 Relativity.mp4	283.4 MB
02-03 Relativity.mp4	249.3 MB
04 Relativity.mp4	264.7 MB
05 Relativity.mp4	304.6 MB
06 Relativity.mp4	312.3 MB
07 Relativity.mp4	270.4 MB
08 Relativity.mp4	346.9 MB
09 Relativity.mp4	300.6 MB
/.../05 Particle Physics 1 - Basic Concepts/
01 Particles and light.mp4	307.7 MB
02 Quantum field theory.mp4	306.2 MB
03 Quantum fields and particles.mp4	323.8 MB
04 More quantum field theory.mp4	306.4 MB
05 Energy conservation and waves.mp4	323.5 MB
06 Dirac equation and Higgs particles.mp4	276.9 MB
07 Angular momentum.mp4	281.6 MB
08 Spin.mp4	287.7 MB
09 Equations of motion of particles and fields.mp4	329.6 MB
10 Field Lagrangians and path integrals.mp4	258.1 MB
/.../06 Particle Physics 2 - Standard Model/
01 Particles fields and forces.mp4	264.2 MB
02 Quantum chromodynamics.mp4	268.6 MB
03 Group theory part 1.mp4	134.2 MB
04 Group theory part 2.mp4	276.5 MB
05 Gauge fields and symmetry.mp4	256.3 MB
06 The weak interaction.mp4	251.0 MB
07 Spontaneous symmetry breaking and Goldstone bosons.mp4	292.3 MB
08 The Higgs field.mp4	227.3 MB
09 The Higgs field and fermions.mp4	278.3 MB
10 Renormalization and the running of coupling constants┬Ø.mp4	266.6 MB
/.../07 Particle Physics 3 - Supersymmetry and Grand Unification/
01 Renormalization concepts, and dimensional analysis.mp4	235.9 MB
02 Fermions and bosons.mp4	182.0 MB
03 Propagators and renormalization of mass.mp4	148.5 MB
04 Symmetry and Grassmann numbers.mp4	230.5 MB
05 A first supersymmetric model.mp4	196.2 MB
06 Supersymmetry building blocks.mp4	245.5 MB
07 Lagrangians that preserve supersymmetry.mp4	250.2 MB
08 Generalizing supersymmetry to 3+1 spacetime, and QFT.mp4	246.2 MB
09 Supersymmetry breaking and an introduction to grand unified theories.mp4	291.1 MB
10 GUTs, the SU(5) representation, proton decay.mp4	271.6 MB
/.../08 String Theory/
01 The historical origins of string theory.mp4	286.6 MB
02 Mathematics of string motion.mp4	292.3 MB
03 The energy spectrum of strings.mp4	285.7 MB
04 Closed strings and the level matching rule.mp4	226.9 MB
05 Bosonic strings.mp4	273.0 MB
06 Strings with spin.mp4	227.4 MB
07 Fermionic strings and path integrals.mp4	221.1 MB
08 Conformal mapping and string scattering.mp4	281.8 MB
09 Strings in compact dimensions.mp4	313.2 MB
10 T-duality, D-branes and modeling field theories.mp4	291.9 MB
11 String theory wrapup.mp4	274.8 MB
/.../09 Cosmology and Black Holes/
01 Special relativity and string theory.mp4	256.3 MB
02 Black holes.mp4	272.9 MB
03 Black hole horizons.mp4	259.5 MB
04 Black holes and light.mp4	248.7 MB
05 Black hole entropy.mp4	171.0 MB
06 Black hole entropy 2.mp4	287.2 MB
07 Horizons.mp4	288.1 MB
08 More black holes and horizons.mp4	342.3 MB
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The Theoretical Minimum .url	0.1 KB
Total files 138