Currently available projects for students in physics and nanoscience

Topological Matter by Design of 2D van der Waals Heterostructures

Quantum Transport in Nanowire-Superconductor Hybrid Devices

Circuit QED with RF cavities based on lines with high characteristic impedances

Teaching activities Autumn Semester — 2018 (HS 2018)

Christian Schönenberger & Andreas Baumgartner Hauptvorlesung: Einführung in die Physik I: Mechanik und Thermodynamik: #10839-01 mit Übungen #10840-01-12: Inhalt: Einführung in die klassische Mechanik, Kinematik, Newton’sches Gesetz, Gravitation, Arbeit und Energie, Starrer Körper, Elastizität, Hydromechanik und Einführung in die Themodynamik.
Christian Schönenberger Seminar: Current topics in quantum and nanoelectronics: #51761-01; Montag 9:15-11:oo, Physik, Seminarzimmer 1.09
Nano-I lecture One lecture containing an introduction to nanoscience and nanotechnology, as well as a discussion of scaling in physics: What can we learn from scaling. The slides of this presentation are here and will be made available on adam.physik.unibas.ch

Teaching activities Spring Semester — 2018 (FS 2018)

Christian Schönenberger & Dominik Zumbühl & Andreas Baumgartner & Raphaelle Delagrange Lecture series on “Quantum Transport”: #15466-01; content: 1. Introduction; Boltzmann Transport Theory; Landauer Büttiker Theory; Quantum Interference Effects; Noise; Single Electron Tunneling; Introduction to Superconductivity and Superconducting Devices; Quantum Dots; Graphene; High frequency concepts. See also under https://adam.unibas.ch workspace Schoenenberger_public
Christian Schönenberger Seminar: Current topics in quantum and nanoelectronics: #49986-01; Montag 9:15-11:oo, Physik, Seminarzimmer 1.09

Teaching activities Autumn Semester — 2017 (HS2017) and earlier

Christian Schönenberger & Andreas Baumgartner Hauptvorlesung: Einführung in die Physik III: Quanten- und Atomphysik #221652; Montag und Dienstag 12:15-14:00. Physik, HS1
Christian Schönenberger Seminar: Current topics in quantum and nanoelectronics: #48201-01; Montag 9:15-11:oo, Physik, Seminarzimmer 1.09
Nano-I lecture One lecture containing an introduction to nanoscience and nanotechnology, as well as a discussion of scaling in physics: What can we learn from scaling. The slides of this presentation will be made available on adam.physik.unibas.ch
Manuscript backups Condensed Matter Lecture (in German): Skriptum
Tight-binding band-structure of graphene and carbon-nanotubes: LCAO-band-structure-graphene-CNTs