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10303 Solid State Physics and Nanoscale Materials Physics (E17)

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Le20: Numerical Methods

More applications of DFT and related methods.

Date: 22/11/2017 14:34 - Duration: 00:16:22

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Le20: Numerical Methods

Applications of DFT.

Date: 22/11/2017 14:31 - Duration: 00:22:42

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Le20: Numerical Methods (part 1)

Introduction to Density Functional Theory (DFT).

Date: 22/11/2017 14:28 - Duration: 00:41:19

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Le19: Transport in nanostructures (part 3)

Nanostructures: The Laundauer formula for conductivity. Quantized conductivity.

Date: 22/11/2017 14:19 - Duration: 00:38:00

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Le19: Transport in nanostructures (part 2)

Transport in metals.

Date: 22/11/2017 14:15 - Duration: 00:19:12

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Le19: Transport in nanostructures (part 1)

The Boltzmann transport equation.

Date: 22/11/2017 11:42 - Duration: 00:47:28

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Le18: Semiconductor Devices II (part 2/2)

Semiconductor heterostructures. Lasers.

Date: 15/11/2017 21:30 - Duration: 00:10:07

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Le18: Semiconductor Devices II (part 1/2)

Amplification: The bipolar transistor and the MOSFET. Integrated circuits. Schottky barriers.

Date: 15/11/2017 21:26 - Duration: 00:24:25

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Le17B: Semiconductor Devices I

The p-n junction. The diode, the solar cell and the LED.

Date: 15/11/2017 21:23 - Duration: 00:32:14

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Le17A: Semiconductor Physics II (part 2/2)

Doped semiconductors. The saturation regime and the freeze-out regime.

Date: 15/11/2017 21:19 - Duration: 00:19:31

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Le17A: Semiconductor Physics II (part 1/2)

Effective mass. Mobility. Intrinsic carrier concentrations.

Date: 15/11/2017 21:15 - Duration: 00:40:10

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Le16 Semiconductor Physics I (part 3/3)

Doping. Donor and acceptor states.

Date: 06/11/2017 17:36 - Duration: 00:19:30

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Le16 Semiconductor Physics I (part 2/3)

Electrons and holes. Effective mass.

Date: 06/11/2017 17:33 - Duration: 00:24:31

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Le16 Semiconductors I (part 1/3)

Semiconductor materials. Band gaps. Group IV and group III-V materials.

Date: 06/11/2017 17:29 - Duration: 00:23:09

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Le14 Energy Bands II (part 2/2)

Fermi surfaces in 3D. Optical Absorption in semiconductors. Limitations of band structure theory.

Date: 06/11/2017 17:25 - Duration: 00:32:47

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Le14 Energy Bands II (part 1)

Metals an Insulators. Shape of the Fermi sea.

Date: 06/11/2017 16:31 - Duration: 00:34:16

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Lec15: Halftime review and more on diffraction, part II

Chapter 14

Date: 05/11/2017 17:49 - Duration: 00:19:51

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Lec15: Halftime review and more on diffraction

Chapters 1-16

Date: 05/11/2017 17:46 - Duration: 00:36:59

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Le12: Mechanical Properties: Elasticicty and Plasticity (part 2/2)

Dislocations. Plastic deformation.

Date: 25/10/2017 13:49 - Duration: 00:42:17

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Le12: Mechanical properties: Elasticity and plasticity (part 1/3)

Elastic deformation; elastic constants.

Date: 25/10/2017 13:37 - Duration: 00:36:15

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Le13: Energy Bands: Electronic structure of solids (part 3/3)

Solving the matrix equation. Band gaps at the band edges. Free-electron approximation.

Date: 25/10/2017 12:51 - Duration: 00:25:46

720p (222 M)

Le13: Energy Bands: Electronic structure of solids (part 2/3)

The Scrödinger eq. in a solid. Proof of Bloch's theorem.

Date: 25/10/2017 12:44 - Duration: 00:23:13

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Emergy bands: Electronic structure of solids (part 1/3)

Symmetry considerations. Bloch functions.

Date: 25/10/2017 12:39 - Duration: 00:29:14

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Mechanical properties: Elasticity and plasticity

The lecture as one long video with very boring breaks.

Date: 25/10/2017 12:28 - Duration: 01:27:39

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Le11: Wave scattering by crystals, part 2

Chapter 14

Date: 12/10/2017 10:24 - Duration: 00:38:58

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Le11: Wave scattering by crystals

Chapter 14

Date: 12/10/2017 10:21 - Duration: 00:43:51

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Lec10: The reciprocal lattice (part 3/3)

Chapter 13. Unfortunately, in this and the previous (part 2) video, the field of view for the video section was too large, so you can hardly see my writing on the whiteboard.

Date: 07/10/2017 12:27 - Duration: 00:55:23

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Lec10: The reciprocal lattice (part 2/3)

Chapter 13

Date: 07/10/2017 12:25 - Duration: 00:23:35

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Lec10: The reciprocal lattice (part 1/3)

Chapter 13

Date: 07/10/2017 12:21 - Duration: 00:24:08

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Le9: Crystal structure (part 2/2)

Chapter 12

Date: 03/10/2017 21:56 - Duration: 00:27:54

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Le9: Crystal structure (part 1/2)

Chapter 12

Date: 03/10/2017 21:54 - Duration: 00:35:28

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Le5: Chemical bonding (part 1/3), attempt II

Chapter 6.

Date: 03/10/2017 21:49 - Duration: 00:10:43

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Le7: Phonons in 1D - Optical modes (part 3/3)

Chapter 10

Date: 28/09/2017 18:33 - Duration: 00:31:43

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Le7: Phonons in 1D - Optical modes (part 2/3)

Chapter 10

Date: 28/09/2017 18:31 - Duration: 00:19:03

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Le7: Phonons in 1D - Optical modes (part 1/3)

Chapter 10

Date: 28/09/2017 18:29 - Duration: 00:43:38

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Le6: Phonons in 1D - acoustic mode (part 2/2)

Chapter 8,9. Starting around the 20 minute mark, I forgot to change back to slide view, but you should be able to follow the podcast together with a pdf of the lecture.

Date: 28/09/2017 18:27 - Duration: 00:50:57

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Le6: Phonons in 1D - acoustic mode (part 1/2)

Chapter 8,9

Date: 28/09/2017 18:19 - Duration: 00:17:47

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Le2: Free electrons in solids II (part 2/2)

Electrical conductivity. Heat capacity. Heat conductivity. Wiedemann-Franz law.

Date: 26/09/2017 09:10 - Duration: 00:56:03

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Le3: Free electrons in solids II (part 1/2)

3D electron gas. Density of states and how to calculate properties of the electron gas.

Date: 26/09/2017 09:05 - Duration: 00:43:39

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Le5: Chemical bonding (part 3/3)

Chapter 6, 7

Date: 21/09/2017 22:22 - Duration: 00:41:35

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Le5: Chemical bonding (part 2/3)

Chapter 6,7

Date: 21/09/2017 22:18 - Duration: 00:33:23

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Le5: Chemical bonding (part 1/3)

Chapter 6,7

Date: 21/09/2017 22:16 - Duration: 00:11:08

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Le4: The periodic table and the chemical bond, part II

Ionic bonding (Chapter 5)

Date: 18/09/2017 10:18 - Duration: 00:15:54

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Le4: The periodic table and the chemical bond

Chapter 4

Date: 18/09/2017 10:16 - Duration: 00:40:42

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Le2: Free Electrons I (part 3/3)

Deriving the Fermi-Dirac distribution. Preview of the 3D case. A bit of rambling about electrons in white dwarf stars.

Date: 08/09/2017 11:11 - Duration: 00:20:52

720p (186 M)

Le2: Free eletrons I (part 2/3)

Free electrons in solids: Complications from quantum mechanics. Fermi energy (1D), Fermi-Dirac statistics.

Date: 08/09/2017 10:30 - Duration: 00:29:30

720p (250 M)

Le2: Free Electrons I (part 1/3)

Free electrons in solids: The classical "Drude model".

Date: 08/09/2017 10:00 - Duration: 00:48:18

720p (432 M)

Le1: Sound, vibrations and thermodynamics (part 3/3)

Final part of the lecture: Does the Debye model match reality?

Date: 08/09/2017 09:00 - Duration: 00:18:33

720p (203 M)

Le1: Sound, vibrations and thermodynamics (part 2/3)

Sound, vibrations and thermodynamics - second part

Date: 08/09/2017 08:45 - Duration: 00:49:01

720p (188 M)

Le1: Sound, vibrations and thermodynamics (part 1/3)

RETAKE of part one, due to technical problems. The introduction to the course ("Lecture 0") was not retaken.

Date: 08/09/2017 08:00 - Duration: 00:12:52

720p (105 M)

Total duration: 26:31:35