Lecture QT FS19
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Lecture 15466-01: Quantum Transport (collectively given by C. Schönenberger, D. Zumbühl, A. Baumgartner, A. Kononov and J. Ridderbos
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WeekDateTitleLecturerContent
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119.2.2019IntroductionCSCharacteristic length scales, momentum and energy relaxation, coherence...
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226.2.2019Semiclassical TheoryABBoltzmann transport equations, relaxation time approximation
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35.3.2019Landau-Büttiker (part 1)ABScattering matrix, ballistic transport, 2 termnminal versus 4 terminal transport
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419.3.2019Landau-Büttiker (part 2)ABin magnetic field, edge states, quantum Hall effect
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526.3.2019Quantum InterferenceDZWeak localization, universial conductance fluctuations, random matric theory
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62.4.2019Single-electron effectsCS
Coulomb blockade, single-electron tunneling, single-electron transistor, metrology
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79.4.2019NoiseCSTime dependent fluctuations and correlations, quantum noise
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816.4.2019Quantum dot (part 1)DZDifferent type of quantum dots (QDs), level spectrum, double QDs
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923.4.2019Quantum dot (part 2)DZco-tunneling, co-tunneling assisted sequential tunneling, Puali spin-blockade...
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1030.4.2019
Superconductivity (part 1)
AKIntoduction to superconductivity, BCS theory (summary), Josephson effect(s)
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117.5.2019
Superconductivity (part 2)
AK
focus on tunnel junction, SIS and SN devices, Andreev reflection and bound state
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1214.5.2019High frequencyJR
Circuit QED, reflectance maesurements, admittance, Leviton quasiparticles, quibits
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1321.5.20192D vdWaals materialsCSfrom graphene to TMDCs
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1428.5.2019proseminarstudentspresentation of topical papers by students
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