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

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

"Anticipating the Next Discoveries in Particle Physics" (2017 TASI summer school)

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source: GraduatePhysics      2017年7月10日
2017 TASI summer school on "Anticipating the Next Discoveries in Particle Physics"
Lectures at the 2017 TASI summer school on "Anticipating the Next Discoveries in Particle Physics" held at the Theoretical Advanced Study Institute, Jun05-30, 2017.
Event website: https://physicslearning.colorado.edu/tasi/tasi_2017/tasi_...

Juan Maldacena - Simple Toy Models for Black Holes - 1 1:24:47
Juan Maldacena - Simple Toy Models for Black Holes - 2 1:24:41
Juan Maldacena - Simple Toy Models for Black Holes - 3 1:28:52
Juan Maldacena - Simple Toy Models for Black Holes - 4 1:24:22
Daniel Baumann - Primordial Cosmology - 1 1:21:14
Daniel Baumann - Primordial Cosmology - 2 1:37:05
Daniel Baumann - Primordial Cosmology - 3 1:25:48
Daniel Baumann - Primordial Cosmology - 4 1:28:29
Johanna Erdmenger - Introduction to Gauge/Gravity Duality - 1 1:21:22
Johanna Erdmenger - Introduction to Gauge/Gravity Duality - 2 1:24:40
Johanna Erdmenger - Introduction to Gauge/Gravity Duality - 3 1:25:50
Johanna Erdmenger - Introduction to Gauge/Gravity Duality - 4 1:26:11
Daniel Harlow - The Emergence of Bulk Physics in AdS/CFT - 1 1:21:00
Daniel Harlow - The Emergence of Bulk Physics in AdS/CFT - 2 1:20:45
Daniel Harlow - The Emergence of Bulk Physics in AdS/CFT - 3 1:25:51
Daniel Harlow - The Emergence of Bulk Physics in AdS/CFT - 4 1:28:25
Xi Yin - Aspects of Two-Dimensional Conformal Field Theories - 1 1:19:52
Xi Yin - Aspects of Two-Dimensional Conformal Field Theories - 2 1:21:59
Xi Yin - Aspects of Two-Dimensional Conformal Field Theories - 3 1:24:54
Xi Yin - Aspects of Two-Dimensional Conformal Field Theories - 4 & Panel Discussion 1:31:30
Igor Klebanov - Large N Models - 1 1:19:01
Igor Klebanov - Large N Models - 2 1:28:41
Igor Klebanov - Large N Models - 3 1:29:19
Thomas LeCompte - What have we learned from the LHC so far? (June 2017) 1:21:18
Luis Lehner - Gravitational Wave Astronomy: Status, Promises and Challenges - 1 1:25:47
Luis Lehner - Gravitational Wave Astronomy: Status, Promises and Challenges - 2 1:20:25
Silviu Pufu - Bootstrap and CFT above Two Dimensions - 1 1:24:02
Silviu Pufu - Bootstrap and CFT above Two Dimensions - 3 1:22:09
Silviu Pufu - Bootstrap and CFT above Two Dimensions - 4 1:31:08
Silviu Pufu - Bootstrap and CFT above Two Dimensions - 2 1:23:51
Miranda Cheng - Moonshine - 1 1:30:02
Miranda Cheng - Moonshine - 2 1:24:29
Hong Liu - Non-Equilibrium Effective Field Theories, Hydrodynamics, and Emergent Supersymmetry - 1 1:37:05
Hong Liu - Non-Equilibrium Effective Field Theories, Hydrodynamics, and Emergent Supersymmetry - 2 1:23:46
Hong Liu - Non-Equilibrium Effective Field Theories, Hydrodynamics, and Emergent Supersymmetry - 3 1:24:01
Hong Liu - Non-Equilibrium Effective Field Theories, Hydrodynamics, and Emergent Supersymmetry - 4 1:37:05

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

Roger Moore: Particle Physics (2011 at U of Alberta)

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source: Roger Moore    2016年4月6日
PHYS 485: Particle Physics
Captured lectures from a fourth year undergraduate course on particle physics given early in 2011 which was before the LHC was in the main part of run 1 and before the Higgs boson was discovered.

Lecture 5: Standard Model and Feynman Diagrams This lecture covers the Standard Model and its limitations and introduces the use of Feynman diagrams for EM interactions.  1:15:41
Lecture 6: Feynman Diagrams 1:11:30
Lecture 7: Weak Interactions 1:16:56
Lecture 8: Symmetries 1:25:15
Lecture 9: Broken Symmetries 1:16:34
Lecture 11: Preserved Symmetries 1:18:49
Lecture 12: Fermi's Golden Rule 1:19:24
Lecture 13: Feynman Rules 1:24:11
Lecture 14: The Dirac Equation 1:17:32
Lecture 15: Quantum Electrodynamics 1:21:06
Lecture 16: Casimir's Trick 1:20:45

Particle Physics: Standard Model 2010 (Leonard Susskind / Stanford U)

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source: Stanford    Last updated on 2014年9月25日

Lecture 1 | New Revolutions in Particle Physics: Standard Model 1:37:17
Lecture 2 | New Revolutions in Particle Physics: Standard Model 1:38:29
Lecture 4 | New Revolutions in Particle Physics: Standard Model 1:41:32
Lecture 5 | New Revolutions in Particle Physics: Standard Model 1:34:42
Lecture 6 | New Revolutions in Particle Physics: Standard Model 1:32:38
Lecture 7 | New Revolutions in Particle Physics: Standard Model 1:48:08
Lecture 8 | New Revolutions in Particle Physics: Standard Model 1:24:00
Lecture 9 | New Revolutions in Particle Physics: Standard Model 1:35:34
Lecture 10 | New Revolutions in Particle Physics: Standard Model 1:38:20

Particle Physics: Basic Concepts 2009 (Leonard Susskind / Stanford U)

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source: Stanford     Last updated on 2014年9月25日

Lecture 1 | New Revolutions in Particle Physics: Basic Concepts 1:54:10
Lecture 2 | New Revolutions in Particle Physics: Basic Concepts 1:50:35
Lecture 3 | New Revolutions in Particle Physics: Basic Concepts 1:59:29
Lecture 4 | New Revolutions in Particle Physics: Basic Concepts 1:51:43
Lecture 5 | New Revolutions in Particle Physics: Basic Concepts 1:58:27
Lecture 6 | New Revolutions in Particle Physics: Basic Concepts 1:42:04
Lecture 7 | New Revolutions in Particle Physics: Basic Concepts 1:42:59
Lecture 8 | New Revolutions in Particle Physics: Basic Concepts 1:46:11
Lecture 9 | New Revolutions in Particle Physics: Basic Concepts 2:01:53
Lecture 10 | New Revolutions in Particle Physics: Basic Concepts 1:34:51