Particle Physics (2018) by Alex Flournoy at Colorado School of Mines

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source: Alex Flournoy     2018年1月10日
Lectures from 2018 upper level undergraduate course in particle physics at Colorado School of Mines. You can follow along at: http://inside.mines.edu/~aflourno/Par...

Particle Physics (2018) Topic 1: Introduction to the Course 1:21:02
Topic 2: Groups and Representations 1:19:19
Topic 3: Duals, Metrics and Continuous Groups 1:20:20
Topic 4: A Catalog of Groups and Special Relativity 59:21
Topic 5: Derivatives, Velocities, Energy ad Momentum in Special Relativity 1:20:59
Topic 6: Lie Groups, Lie Algebras and an SO(3) Case Study 58:14
Topic 7: Spinors 1 1:21:34
Topic 8: Spinors II 58:05
Topic 9: Spinors III, Actions Principles and Free Lagrangians 1:20:57
Topic 10: Equations of Motion and their Interpretations 1:01:45
Topic 11: Solutions to Dirac Equation, Helicity and Weyl Spinors 1:21:20
Topic 12: Interactions via Local Gauge Invariance (The Abelian Case) 1:08:40
Topic 13: QCD as an SU(3) Gauge Theory 1:09:01
Topic 14: Electroweak Gauge Theory 1:14:25
Topic 15: The Higgs Mechanism 1:01:49
Topic 16: The Higgs Mechanism and Spontaneous Symmetry Breaking 1:24:28
Topic 17: A Brief Review and then on to Decays and Scattering 59:55
Topic 18: Mr. Feynman, the ABC's and the Golden Rule 1:22:38
Topic 19: Schooling the Class in the ABC's...and Pi 24:48
Topic 20: Mr. Feynman and Mr. Lagrangian go to Dirac's House 1:13:42
Topic 20: Spin Sorcery 1:16:36
Topic 21: QED Practice 1:01:33
Topic 22: Because You Asked For It! 1:33:56
Topic 23: QCD The Force Awakens 1:03:21
Topic 24: QCD Calculations 1:25:22
Topic 25: Weak Sauce One 1:04:49
Topic 26: Weak Sauce Two 1:18:58
Topic 27: Renormalization 1:07:31
Topic 28: Renormalization in QCD, Effective Field Theories and Strings 1:20:22

General Relativity (2017) by Alex Flournoy at Colorado School of Mines

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source: Alex Flournoy    2017年1月12日 / playlist compiled by CosmoLearning
Lectures from 2017 upper level undergraduate course in general relativity at Colorado School of Mines

1 1:21:27 General Relativity Topic 1: Introduction to the Course
2 1:22:44 Topic 2: Relativity and Symmetry
3 1:16:31 Topic 3: Symmetry Transformations and Metrics 2 Case Studies:
4 1:03:39 Topic 4: Spacetimes, SO(1,3), Spacetime Diagrams and Causality:
5 1:17:17 Topic 5: Index Notation and a Pinch of Vectors
6 1:07:53 Topic 6: Vectors and Dual Vectors
7 1:24:15 Topic 7: Tensors
8 57:52 Topic 8: Relativistic Kinematics and Dynamics
9 1:19:50 Topic 9: Densities
10 1:01:50 Topic 10: Equivalence Principles
11 1:27:39 Topic 11: Manifolds
12 1:19:35 Topic 12: Tensors Under General Coordinate Transformations
13 58:03 Topic 13: Loose Ends, Metrics, Flatness and LICs
14 1:18:32 Topic 14: A New Hope (Derivative)
15 1:03:57 Topic 15: Interpreting Christoffel Symbols and Parallel Transport
16 1:27:57 Topic 16: Geodesics
17 1:08:32 Topic 17: Curvature
18 1:22:36 Topic 18: Symmetries, Killing Vectors and Maximally Symmetric Spaces
19 1:01:50 Topic 19: General Relativity and Gauge Theories
20 44:30 Topic 20: Where's Newton?
21 1:24:33 Topic 21: The Schwarzchild Solution
22 1:24:10 Topic 22: Geodesics of Schwarzchild and Tests of General Relativity
23 1:08:26 Topic 23: Interior Solutions and Stellar Collapse
24 1:20:38 Topic 24: Schwarzchild Black Holes
25 1:30:07 Topic 25: Maximally Extended Geometries
26 1:10:58 Topic 26: Rotating Black Holes
27 1:36:32 Topic 27: Black Hole Thermodynamics (a.k.a. I get confused and crucified for it)
28 1:29:47 Topic 28: Gravitational Waves
29 1:24:16 Topic 29: FRW Cosmologies
30 1:32:38 Topic 30: Our Universe

Particle Physics (2016) by Alex Flournoy at the Colorado School of Mines

source: Alex Flournoy    2016年1月14日
Lectures from 2016 upper level undergraduate course in particle physics at the Colorado School of Mines

1 1:18:50 Topic 28: QCD with a Side of Weak Sauce
2 1:14:44 Topic 27: QCD
3 1:00:25 Topic 26: QED Practice
4 1:17:32 Topic 25: Spin Sorcery
5 59:45 Topic 25: QED
6 1:17:46 Topic 23: Mr. Feynman and the A,B,C's
7 1:19:38 Topic 22: Decays, Scattering and the Golden Rule
8 1:18:40 Topic 21: Guest Lecture on Gravitation as Gauge Theory and Fiber Bundles
9 59:55 Topic 20: CP, CPT and T
10 1:14:28 Topic 19: P,C and CP
11 1:20:21 Topic 18: Some Clarifications, Questions, Answers and a bit on C,P and T
12 1:20:30 Topic 17: The higgs Mechanism and Spontaneous Symmetry Breaking
13 1:22:39 Topic 16: The Higgs Mechanism
14 1:18:37 Topic 15: Electroweak Gauge Theory
15 1:00:18 Topic 14: QCD as an SU(3) Gauge Theory
16 1:13:26 Topic 13: Interactions via Local Gauge Invariance (The Abelian Case)
17 1:17:43 Topic 12: Solutions to Dirac Equation, Helicity and Weyl Spinors
18 1:01:41 Topic 11: Equations of Motion and Interpretations
19 1:19:22 Topic 10: Actions, Lagrangians and Equations of Motion
20 1:17:04 Topic 9: Spinors III and Actions
21 58:48 Topic 8: Spinors II
22 1:14:44 Topic 7: Spinors I
23 59:03 Topic 6: Lie Groups and Lie Algebras
24 1:19:21 Topic 5: Derivatives, Velocities, Energy and Momentum in Special Relativit
25 1:03:37 Topic 4: A Catalog of Groups and Special Relativity
26 1:14:56 Topic 3: Duals, Metrics and Continuous Groups
27 1:18:05 Topic 2: Groups and Representations
28 1:22:27 Topic 1: Introduction to the course

Particle Physics (Spring 2016) by Alex Flournoy at the Colorado School of Mines

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source: Alex Flournoy    2016年1月14日
Most of these lectures are from a particle physics course taught to advanced undergraduate and graduate students at the Colorado School of Mines. You can also access the course website at http://inside.mines.edu/~aflourno/Particle/423.shtml which includes pdf copies of the lecture notes and additional material.

Topic 28: QCD with a Side of Weak Sauce 1:18:50
Topic 27: QCD 1:14:44
Topic 26: QED Practice 1:00:25
Topic 25: Spin Sorcery 1:17:32
Topic 25: QED 59:45
Topic 23: Mr. Feynman and the A,B,C's 1:17:46
Topic 22: Decays, Scattering and the Golden Rule 1:19:38
Topic 21: Guest Lecture on Gravitation as Gauge Theory and Fiber Bundles 1:18:40
Topic 20: CP, CPT and T 59:55
Topic 19: P,C and CP 1:14:28
Topic 18: Some Clarifications, Questions, Answers and a bit on C,P and T 1:20:21
Topic 17: The higgs Mechanism and Spontaneous Symmetry Breaking 1:20:30
Topic 16: The Higgs Mechanism 1:22:39
Topic 15: Electroweak Gauge Theory 1:18:37
Topic 14: QCD as an SU(3) Gauge Theory 1:00:18
Topic 13: Interactions via Local Gauge Invariance (The Abelian Case) 1:13:26
Topic 12: Solutions to Dirac Equation, Helicity and Weyl Spinors 1:17:43
Topic 11: Equations of Motion and Interpretations 1:01:41
Topic 10: Actions, Lagrangians and Equations of Motion 1:19:22
Topic 9: Spinors III and Actions 1:17:04
Topic 8: Spinors II 58:48
Topic 7: Spinors I 1:14:44
Topic 6: Lie Groups and Lie Algebras 59:03
Topic 5: Derivatives, Velocities, Energy and Momentum in Special Relativit 1:19:21
Topic 4: A Catalog of Groups and Special Relativity 1:03:37
Topic 3: Duals, Metrics and Continuous Groups 1:14:56
Topic 2: Groups and Representations 1:18:05
Topic 1: Introduction to the course 1:22:27