10303 Condensed Matter Physics - Spring 2021
10303 Condensed Matter Physics - Spring 2021
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From Jakob Schiøtz
15 plays 0Overview of the course. Main principle 4: Semiconductor devices from interfaces. Electrons and holes. Doping. p-n junctions, diodes, transistors. Light-emitting… -
From Jakob Schiøtz
8 plays 0Overview of the course. Main principle 3: Linear responses to external perturbations. Elastic constants. Electrical conductivity. Heat conductivity. Heat capacity. … -
From Jakob Schiøtz
1 plays 0Overview of the course. Main principle 2: Anti-symmetry of the wavefunction. Fermions. Electronic structure, metals and semiconductors. Exchange interaction and… -
From Jakob Schiøtz
4 plays 0Overview of the course. Main principle 1: Periodicity and symmetry. Periodic boundary conditions. Lattice. Reciprocal lattices. Conservation of crystal momentum. -
From Jakob Schiøtz
11 plays 0Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 3/3). Part 3: The physics: Reflectivity of metals. Plasmons. Detection of plasmons. … -
From Jakob Schiøtz
0 plays 0Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 2/3). Part 2: Wave equation of the electromagnetic wave. Dispersion relation for EM… -
From Jakob Schiøtz
10 plays 0Lecture 20: Dielectric function, plasmons, and optical properties of metals (part 1/3). Part 1: Definition of the dielectric function. Dielectric function of a free… -
From Jakob Schiøtz
0 plays 0Lecture 18: Semiconductor Physics II (part 2/2) Part 2: Carrier densities in doped semiconductors. The saturation regime. The freeze-out regime. Transition… -
From Jakob Schiøtz
0 plays 0Lecture 18: Semiconductor Physics II (part 1/2) Part 1: The intrinsic carrier density. -
From Jakob Schiøtz
0 plays 0Lecture 17: Semiconductor Physics I (part 3/3) Part 2: Doping. -
From Jakob Schiøtz
0 plays 0Lecture 17: Semiconductor Physics I (part 2/3) Part 2: Electrons and holes. -
From Jakob Schiøtz
0 plays 0Lecture 17: Semiconductor Physics I (part 1/3) Part 1: Semiconductor materials. -
From Jakob Schiøtz
2 plays 0Lecture 16: Numerical Methods (part 3/3) Numerical solution of the electron structure problem in solid state physics. Part 3: Example relating to designing better fuel… -
From Jakob Schiøtz
1 plays 0Lecture 16: Numerical Methods (part 2/3) Numerical solution of the electron structure problem in solid state physics. Part 2: Examples relating to understanding and…
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