Search for tag: "solid state physics"

76 Media

05:20 Lecture 1 Vibrations sound heat capacity part 1B Lecture 1 Vibrations sound heat capacity part 1B	Lecture 1 Vibrations sound heat capacity part 1B Lecture 1: Vibrations, sound and heat capacity. Part 1B. The Einstein model for heat capacity. solid state physics statistical physics phonons From Jakob Schiøtz 7 plays 0
13:14 Lecture 1 Vibrations sound heat capacity part 1A Lecture 1 Vibrations sound heat capacity part 1A	Lecture 1 Vibrations sound heat capacity part 1A Lecture 1: Vibrations, sound and heat capacity. Part 1A Vibrations in solids. Observations of heat capacity. Law of Dulong and Petit. Classical model for heat capacity. solid state physics statistical physics phonons From Jakob Schiøtz 12 plays 0
11:35 Lecture 0 Welcome Lecture 0 Welcome	Lecture 0 Welcome Lecture 0: Welcome to the course solid state physics From Jakob Schiøtz 0 plays 0
30:05 Lecture 26 Course Overview part 4/4 Lecture 26 Course Overview part 4/4	Lecture 26 Course Overview part 4/4 Overview of the course. Main principle 4: Semiconductor devices from interfaces. Electrons and holes. Doping. p-n junctions, diodes, transistors. Light-emitting diodes, lasers, solar cells. … solid state physics From Jakob Schiøtz 15 plays 0
15:12 Lecture 26 Course Overview part 3/4 Lecture 26 Course Overview part 3/4	Lecture 26 Course Overview part 3/4 Overview of the course. Main principle 3: Linear responses to external perturbations. Elastic constants. Electrical conductivity. Heat conductivity. Heat capacity. Magnetic susceptibility. solid state physics From Jakob Schiøtz 8 plays 0
26:52 Lecture 26 Course Overview part 2/4 Lecture 26 Course Overview part 2/4	Lecture 26 Course Overview part 2/4 Overview of the course. Main principle 2: Anti-symmetry of the wavefunction. Fermions. Electronic structure, metals and semiconductors. Exchange interaction and magnetism. solid state physics From Jakob Schiøtz 1 plays 0
17:19 Lecture 26 Course Overview part 1/4 Lecture 26 Course Overview part 1/4	Lecture 26 Course Overview part 1/4 Overview of the course. Main principle 1: Periodicity and symmetry. Periodic boundary conditions. Lattice. Reciprocal lattices. Conservation of crystal momentum. solid state physics From Jakob Schiøtz 4 plays 0
01:41:50 Lec24_Magnetic_domains Lec24_Magnetic_domains	Lec24_Magnetic_domains 10303 solid state physics magnetism From Peter Christian Kjærgaard Vesborg 18 plays 0
21:22 Lecture_20_Dielectric_function_Plasmons_part3 Lecture_20_Dielectric_function_Plasmons_part3	Lecture_20_Dielectric_function_Plasmons_part3 Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 3/3). Part 3: The physics: Reflectivity of metals. Plasmons. Detection of plasmons. Applications outside solid… solid state physics electromagnetism dielectric function plasmons From Jakob Schiøtz 11 plays 0
35:38 Lecture_20_Dielectric_function_Plasmons_part2 Lecture_20_Dielectric_function_Plasmons_part2	Lecture_20_Dielectric_function_Plasmons_part2 Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 2/3). Part 2: Wave equation of the electromagnetic wave. Dispersion relation for EM wave in a plasma / electron gas.… solid state physics electromagnetism dielectric function plasmons From Jakob Schiøtz 0 plays 0
25:09 Lecture_20_Dielectric_function_Plasmons_part1 Lecture_20_Dielectric_function_Plasmons_part1	Lecture_20_Dielectric_function_Plasmons_part1 Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 1/3). Part 1: Definition of the dielectric function. Dielectric function of a free electron gas (plasma). solid state physics electromagnetism dielectric function plasmons From Jakob Schiøtz 10 plays 0
28:52 Lecture_18_Semiconductor_Physics_II_part2 Lecture_18_Semiconductor_Physics_II_part2	Lecture_18_Semiconductor_Physics_II_part2 Lecture 18: Semiconductor Physics II (part 2/2) Part 2: Carrier densities in doped semiconductors. The saturation regime. The freeze-out regime. Transition temperatures between the freeze-out,… solid state physics electronic structure semiconductors From Jakob Schiøtz 0 plays 0
31:03 Lecture_18_Semiconductor_Physics_II_part1 Lecture_18_Semiconductor_Physics_II_part1	Lecture_18_Semiconductor_Physics_II_part1 Lecture 18: Semiconductor Physics II (part 1/2) Part 1: The intrinsic carrier density. solid state physics electronic structure semiconductors From Jakob Schiøtz 0 plays 0
19:18 Lecture_17_Semiconductor_Physics_I_part3 Lecture_17_Semiconductor_Physics_I_part3	Lecture_17_Semiconductor_Physics_I_part3 Lecture 17: Semiconductor Physics I (part 3/3) Part 2: Doping. solid state physics electronic structure semiconductors From Jakob Schiøtz 0 plays 0
28:20 Lecture_17_Semiconductor_Physics_I_part2 Lecture_17_Semiconductor_Physics_I_part2	Lecture_17_Semiconductor_Physics_I_part2 Lecture 17: Semiconductor Physics I (part 2/3) Part 2: Electrons and holes. solid state physics electronic structure semiconductors From Jakob Schiøtz 0 plays 0
25:58 Lecture_17_Semiconductor_Physics_I_part1 Lecture_17_Semiconductor_Physics_I_part1	Lecture_17_Semiconductor_Physics_I_part1 Lecture 17: Semiconductor Physics I (part 1/3) Part 1: Semiconductor materials. solid state physics electronic structure semiconductors From Jakob Schiøtz 0 plays 0