The Theoretical Minimum

磁力链接/BT种子名称

The Theoretical Minimum

磁力链接/BT种子简介

种子哈希：db7fad31390b5fca50c94648011801ba7a80bc87
文件大小： 37.03G
已经下载：187次
下载速度：极快
收录时间：2017-05-08
最近下载：2024-12-12

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文件列表

  • 1 Core Courses/01 Classical Mechanics/01 State diagrams and the nature of physical laws.mp4 311.1 MB
  • 1 Core Courses/01 Classical Mechanics/02 Newton's law, phase space, momentum and energy.mp4 270.8 MB
  • 1 Core Courses/01 Classical Mechanics/03 Lagrangian, least action, Euler-Lagrange equations.mp4 333.4 MB
  • 1 Core Courses/01 Classical Mechanics/04 Symmetry and conservation laws.mp4 340.1 MB
  • 1 Core Courses/01 Classical Mechanics/05 The Hamiltonian.mp4 396.0 MB
  • 1 Core Courses/01 Classical Mechanics/06 Hamilton's equations.mp4 309.0 MB
  • 1 Core Courses/01 Classical Mechanics/07 Liouville's theorem.mp4 312.0 MB
  • 1 Core Courses/01 Classical Mechanics/08 Poisson brackets.mp4 274.3 MB
  • 1 Core Courses/01 Classical Mechanics/09 Electric and magnetic fields 1.mp4 260.5 MB
  • 1 Core Courses/01 Classical Mechanics/10 Electric and magnetic fields 2.mp4 297.1 MB
  • 1 Core Courses/02 Quantum Mechanics/01 Introduction to quantum mechanics.mp4 304.1 MB
  • 1 Core Courses/02 Quantum Mechanics/02 The basic logic of quantum mechanics.mp4 331.8 MB
  • 1 Core Courses/02 Quantum Mechanics/03 Vector spaces and operators.mp4 276.5 MB
  • 1 Core Courses/02 Quantum Mechanics/04 Time evolution of a quantum system.mp4 311.4 MB
  • 1 Core Courses/02 Quantum Mechanics/05 Uncertainty, unitary evolution, and the Schrödinger equation.mp4 350.8 MB
  • 1 Core Courses/02 Quantum Mechanics/06 Entanglement.mp4 294.8 MB
  • 1 Core Courses/02 Quantum Mechanics/07 Entanglement and the nature of reality.mp4 461.1 MB
  • 1 Core Courses/02 Quantum Mechanics/08 Particles moving in one dimension and their operators.mp4 329.4 MB
  • 1 Core Courses/02 Quantum Mechanics/09 Fourier analysis applied to quantum mechanics and the uncertainty principle.mp4 286.2 MB
  • 1 Core Courses/02 Quantum Mechanics/10 The uncertainty principle and classical analogs.mp4 311.8 MB
  • 1 Core Courses/03 Special Relativity/01 The Lorentz transformation.mp4 354.0 MB
  • 1 Core Courses/03 Special Relativity/02 Adding velocities.mp4 157.2 MB
  • 1 Core Courses/03 Special Relativity/03 Relativistic laws of motion and E = mc2.mp4 323.7 MB
  • 1 Core Courses/03 Special Relativity/04 Classical field theory.mp4 317.8 MB
  • 1 Core Courses/03 Special Relativity/05 Particles and fields.mp4 350.6 MB
  • 1 Core Courses/03 Special Relativity/06 The Lorentz force law.mp4 405.0 MB
  • 1 Core Courses/03 Special Relativity/07 The fundamental principles of physical laws.mp4 333.2 MB
  • 1 Core Courses/03 Special Relativity/08 Maxwell's equations.mp4 299.0 MB
  • 1 Core Courses/03 Special Relativity/09 Lagrangian for Maxwell's equations.mp4 305.0 MB
  • 1 Core Courses/03 Special Relativity/10 Connection between classical mechanics and field theory.mp4 314.7 MB
  • 1 Core Courses/04 General Relativity/01 The equivalence principle and tensor analysis.mp4 395.2 MB
  • 1 Core Courses/04 General Relativity/02 Tensor mathematics.mp4 372.7 MB
  • 1 Core Courses/04 General Relativity/03 Flatness and curvature.mp4 370.4 MB
  • 1 Core Courses/04 General Relativity/04 Geodesics and gravity.mp4 330.8 MB
  • 1 Core Courses/04 General Relativity/05 Metric for a gravitational field.mp4 279.3 MB
  • 1 Core Courses/04 General Relativity/06 Black holes.mp4 354.5 MB
  • 1 Core Courses/04 General Relativity/07 Falling in to a black hole.mp4 350.0 MB
  • 1 Core Courses/04 General Relativity/08 Formation of a black hole.mp4 271.9 MB
  • 1 Core Courses/04 General Relativity/09 Einstein field equations.mp4 290.7 MB
  • 1 Core Courses/04 General Relativity/10 Gravity waves.mp4 289.8 MB
  • 1 Core Courses/05 Cosmology/01 The expanding (Newtonian) universe.mp4 269.3 MB
  • 1 Core Courses/05 Cosmology/02 Matter and radiation dominated universes.mp4 297.1 MB
  • 1 Core Courses/05 Cosmology/03 Geometries of space flat, spherical, hyperbolic.mp4 296.0 MB
  • 1 Core Courses/05 Cosmology/04 Cosmological thermodynamics.mp4 267.3 MB
  • 1 Core Courses/05 Cosmology/05 Vacuum energy.mp4 335.1 MB
  • 1 Core Courses/05 Cosmology/06 Dark matter and allocation of energy density.mp4 309.4 MB
  • 1 Core Courses/05 Cosmology/07 Temperature history of the universe.mp4 353.7 MB
  • 1 Core Courses/05 Cosmology/08 Baryogenesis.mp4 316.9 MB
  • 1 Core Courses/05 Cosmology/09 Inflation.mp4 363.0 MB
  • 1 Core Courses/05 Cosmology/10 Inhomogeneities and quantum fluctuations.mp4 349.5 MB
  • 1 Core Courses/06 Statistical Mechanics/01 Entropy and conservation of information.mp4 322.4 MB
  • 1 Core Courses/06 Statistical Mechanics/02 Temperature.mp4 151.6 MB
  • 1 Core Courses/06 Statistical Mechanics/03 Maximizing entropy.mp4 310.3 MB
  • 1 Core Courses/06 Statistical Mechanics/04 The Boltzmann distribution.mp4 293.0 MB
  • 1 Core Courses/06 Statistical Mechanics/05 Pressure of an ideal gas and fluctuations.mp4 277.2 MB
  • 1 Core Courses/06 Statistical Mechanics/06 Weakly interacting gases, heat, and work.mp4 340.4 MB
  • 1 Core Courses/06 Statistical Mechanics/07 Entropy vs. reversibility.mp4 300.1 MB
  • 1 Core Courses/06 Statistical Mechanics/08 Entropy, reversibility, and magnetism.mp4 241.8 MB
  • 1 Core Courses/06 Statistical Mechanics/09 Tbe Ising model.mp4 284.6 MB
  • 1 Core Courses/06 Statistical Mechanics/10 Liquid-gas phase transition.mp4 341.5 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/01 Review of quantum mechanics and introduction to symmetry.mp4 289.6 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/02 Symmetry groups and degeneracy.mp4 320.1 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/03 Atomic orbits and harmonic oscillators.mp4 327.9 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/04 Spin.mp4 318.5 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/05 Fermions, a tale of two minus signs.mp4 288.2 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/06 Quantum field theory 1.mp4 363.2 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/07 Quantum field theory 2.mp4 241.8 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/08 Second quantization.mp4 278.9 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/09 Quantum field Hamiltonian.mp4 303.2 MB
  • 2 Supplemental Courses/01 Advanced Quantum Mechanics/10 Fermions and the Dirac equation.mp4 238.0 MB
  • 2 Supplemental Courses/02 Higgs Boson/01 Higgs Boson - Demystifying the Higgs Boson.mp4 212.0 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/01 Quantum Entanglement.mp4 219.1 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/02 Quantum Entanglement.mp4 288.4 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/03 Quantum Entanglement.mp4 288.0 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/04 Quantum Entanglement.mp4 301.8 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/05 Quantum Entanglement.mp4 281.9 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/06 Quantum Entanglement.mp4 291.0 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/07 Quantum Entanglement.mp4 271.1 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/08 Quantum Entanglement.mp4 288.1 MB
  • 2 Supplemental Courses/03 Quantum Entanglement/09 Quantum Entanglement.mp4 260.0 MB
  • 2 Supplemental Courses/04 Relativity/01 Relativity.mp4 283.4 MB
  • 2 Supplemental Courses/04 Relativity/02-03 Relativity.mp4 249.3 MB
  • 2 Supplemental Courses/04 Relativity/04 Relativity.mp4 264.7 MB
  • 2 Supplemental Courses/04 Relativity/05 Relativity.mp4 304.6 MB
  • 2 Supplemental Courses/04 Relativity/06 Relativity.mp4 312.3 MB
  • 2 Supplemental Courses/04 Relativity/07 Relativity.mp4 270.4 MB
  • 2 Supplemental Courses/04 Relativity/08 Relativity.mp4 346.9 MB
  • 2 Supplemental Courses/04 Relativity/09 Relativity.mp4 300.6 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/01 Particles and light.mp4 307.7 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/02 Quantum field theory.mp4 306.2 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/03 Quantum fields and particles.mp4 323.8 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/04 More quantum field theory.mp4 306.4 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/05 Energy conservation and waves.mp4 323.5 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/06 Dirac equation and Higgs particles.mp4 276.9 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/07 Angular momentum.mp4 281.6 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/08 Spin.mp4 287.7 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/09 Equations of motion of particles and fields.mp4 329.6 MB
  • 2 Supplemental Courses/05 Particle Physics 1 - Basic Concepts/10 Field Lagrangians and path integrals.mp4 258.1 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/01 Particles fields and forces.mp4 264.2 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/02 Quantum chromodynamics.mp4 268.6 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/03 Group theory part 1.mp4 134.2 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/04 Group theory part 2.mp4 276.5 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/05 Gauge fields and symmetry.mp4 256.3 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/06 The weak interaction.mp4 251.0 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/07 Spontaneous symmetry breaking and Goldstone bosons.mp4 292.3 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/08 The Higgs field.mp4 227.3 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/09 The Higgs field and fermions.mp4 278.3 MB
  • 2 Supplemental Courses/06 Particle Physics 2 - Standard Model/10 Renormalization and the running of coupling constants┬Ø.mp4 266.6 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/01 Renormalization concepts, and dimensional analysis.mp4 235.9 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/02 Fermions and bosons.mp4 182.0 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/03 Propagators and renormalization of mass.mp4 148.5 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/04 Symmetry and Grassmann numbers.mp4 230.5 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/05 A first supersymmetric model.mp4 196.2 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/06 Supersymmetry building blocks.mp4 245.5 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/07 Lagrangians that preserve supersymmetry.mp4 250.2 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/08 Generalizing supersymmetry to 3+1 spacetime, and QFT.mp4 246.2 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/09 Supersymmetry breaking and an introduction to grand unified theories.mp4 291.1 MB
  • 2 Supplemental Courses/07 Particle Physics 3 - Supersymmetry and Grand Unification/10 GUTs, the SU(5) representation, proton decay.mp4 271.6 MB
  • 2 Supplemental Courses/08 String Theory/01 The historical origins of string theory.mp4 286.6 MB
  • 2 Supplemental Courses/08 String Theory/02 Mathematics of string motion.mp4 292.3 MB
  • 2 Supplemental Courses/08 String Theory/03 The energy spectrum of strings.mp4 285.7 MB
  • 2 Supplemental Courses/08 String Theory/04 Closed strings and the level matching rule.mp4 226.9 MB
  • 2 Supplemental Courses/08 String Theory/05 Bosonic strings.mp4 273.0 MB
  • 2 Supplemental Courses/08 String Theory/06 Strings with spin.mp4 227.4 MB
  • 2 Supplemental Courses/08 String Theory/07 Fermionic strings and path integrals.mp4 221.1 MB
  • 2 Supplemental Courses/08 String Theory/08 Conformal mapping and string scattering.mp4 281.8 MB
  • 2 Supplemental Courses/08 String Theory/09 Strings in compact dimensions.mp4 313.2 MB
  • 2 Supplemental Courses/08 String Theory/10 T-duality, D-branes and modeling field theories.mp4 291.9 MB
  • 2 Supplemental Courses/08 String Theory/11 String theory wrapup.mp4 274.8 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/01 Special relativity and string theory.mp4 256.3 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/02 Black holes.mp4 272.9 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/03 Black hole horizons.mp4 259.5 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/04 Black holes and light.mp4 248.7 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/05 Black hole entropy.mp4 171.0 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/06 Black hole entropy 2.mp4 287.2 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/07 Horizons.mp4 288.1 MB
  • 2 Supplemental Courses/09 Cosmology and Black Holes/08 More black holes and horizons.mp4 342.3 MB
  • The Theoretical Minimum .url 126 Bytes

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