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12. More Renormalons
1:21:57
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1 liste
14. EFT with Fine Tuning Part 2
1:23:47
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1 liste
15. Soft-Collinear Effective Theory (SCET) Introduction
1:26:56
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1 liste
16. SCET Collinear Wilson Lines
1:21:12
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1 liste
17. SCET Multipole Expansion
1:24:90
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1 liste
19. SCET Beyond Tree Level 2
1:22:42
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1 liste
20. SCET Wilson Coefficients
1:27:13
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1 liste
21. SCET Sudakov Logarithms
1:22:50
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1 liste
22. SCET for DIS
1:21:10
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1 liste
23. SCET for Dijets
1:25:35
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1 liste
24. SCETII
1:18:90
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1 liste
25. SCET_2 Rapidity RGE
1:23:30
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1 liste
Unit Analysis
14:90
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1 liste
22. History of Memory Models
59:24
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21. Dynamic Connectivity Lower Bound
1:22:18
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20. Dynamic Graphs II
1:24:47
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19. Dynamic Graphs I
1:14:44
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18. Succinct Structures II
1:24:50
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17. Succinct Structures I
1:20:11
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16. Strings
1:24:30
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15. Static Trees
1:23:00
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14. Sorting in Linear Time
1:24:40
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13. Integer Lower Bounds
1:22:10
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12. Fusion Trees
1:24:90
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11. Integer Models
1:21:15
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10. Dictionaries
1:23:28
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9. Cache-Oblivious Structures II
1:24:38
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8. Cache-Oblivious Structures I
1:27:22
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7. Memory Hierarchy Models
1:22:54
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6. Dynamic Optimality II
1:23:31
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5. Dynamic Optimality I
1:22:44
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4. Geometric Structures II
1:22:90
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3. Geometric Structures I
1:19:36
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2. Retroactive Data Structures
1:18:39
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1. Persistent Data Structures
1:23:44
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Lab 10 Part 1: Introduction to Lighting (Lecture)
1:03:38
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2. Documentary and Ways of Seeing
2:25:59
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3. Science and Seeing
2:06:17
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Lab 1 Part 1: Introduction to the Camera
43:30
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Lab 10 Part 2: Introduction to Lighting (Demonstration)
38:60
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Lab 6: Documenting MIT; Interviewing Techniques
1:49:36
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Lab 2 Part 2: Introduction to Sound
1:16:59
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Lab 1 Part 2: Camera Tutorial and Shooting Exercises
46:54
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Lab 2 Part I: Review Lab 1 Footage; Film Grammar
1:00:16
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1. Introduction: Doing Science & Making Documentary Film
2:17:70
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Lab 11: Silicon Photovoltaics
8:21
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1 liste
Lab 9: Piezoelectricity
3:20
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1 liste
Lab 8: Doping
5:57
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1 liste
Tour the Experimental Study Group Area
2:32
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9. Accelerated Charges Radiating Electromagnetic Waves
59:51
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1 liste
6. Standing Waves Part I
34:40
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1 liste
10. Interference of Electromagnetic Waves
57:41
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1 liste
8. Electromagnetic Waves in a Vacuum
59:35
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1 liste
2. Harmonic Oscillators with Damping
1:01:53
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1 liste
4. Coupled Oscillators without Damping
53:30
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1 liste
5. Traveling Waves without Damping
1:18:40
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1 liste
7. Standing Waves Part II
53:17
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1 liste
3. Driven Harmonic Oscillators
1:09:37
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1 liste
1. Simple Harmonic Motion & Problem Solving Introduction
1:16:17
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1 liste
1. The Paradigm Shift from Producer to User Innovation
59:34
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2. Basing New Commercial Products on "Lead User" Innovations
48:32
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3. Users Working Together in Communities Are Powerful Innovators
1:04:45
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4. Toolkits to Support Product Development by Customers
42:42
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Lab 6C: PDMS Microfluidics: Testing the Devices
3:26
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1 liste
Lab 6B: PDMS Microfluidics: Preparing a Test Pattern
6:51
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1 liste
Lab 6A: PDMS Microfluidics: O2 Plasma Treatment
2:36
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1 liste
Lab 3: ZnS:Cu LED
4:28
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Lab 1: CD Spectrometer
6:10
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1 liste
Lab 5: Paper Microfluidics
3:26
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1 liste
Lab 2: Holography
3:21
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1 liste
10. Equations of Motion, Torque, Angular Momentum of Rigid Bodies
1:09:70
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8. Fictitious Forces & Rotating Mass
1:12:14
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1 liste
Notation Systems
6:20
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6. Torque & the Time Rate of Change of Angular Momentum
1:06:10
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1 liste
R12. Modal Analysis of a Double Pendulum System
52:25
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R11. Double Pendulum System
40:20
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R10. Steady State Dynamics
29:34
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1 liste
R9. Generalized Forces
44:56
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1 liste
R8. Cart and Pendulum, Lagrange Method
35:10
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1 liste
R5. Equations of Motion
43:13
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1 liste
R7. Cart and Pendulum, Direct Method
42:51
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R6. Angular Momentum and Torque
33:43
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R4. Free Body Diagrams
41:40
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1 liste
R3. Motion in Moving Reference Frames
41:90
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R2. Velocity and Acceleration in Translating and Rotating Frames
47:60
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27. Vibration of Continuous Structures: Strings, Beams, Rods, etc.
1:12:13
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26. Response of 2-DOF Systems by the Use of Transfer Functions
1:21:30
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25. Modal Analysis: Response to IC's and to Harmonic Forces
1:18:29
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1 liste
24. Modal Analysis: Orthogonality, Mass Stiffness, Damping Matrix
1:21:52
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23. Vibration by Mode Superposition
1:17:70
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22. Finding Natural Frequencies & Mode Shapes of a 2 DOF System
1:23:20
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21. Vibration Isolation
1:20:24
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20. Linear System Modeling a Single Degree of Freedom Oscillator
1:15:55
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19. Introduction to Mechanical Vibration
1:14:57
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18. Quiz Review From Optional Problem Set 8
37:27
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17. Practice Finding EOM Using Lagrange Equations
1:17:53
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1 liste
16. Kinematic Approach to Finding Generalized Forces
1:13:31
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15. Introduction to Lagrange With Examples
1:21:17
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14. More Complex Rotational Problems & Their Equations of Motion
1:14:80
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1 liste
13. Four Classes of Problems With Rotational Motion
1:03:53
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