Lecture: Tuesdays, 14:15 until 15:45 Geb. D3.3 Seminar Room 2.15
The lecture will start on April 12th 2022
Brief description:
The course deals with the analysis of different alternatives to move electrons in a solid. The key points addressed in the lecture are:
• Differences between the classical (Drude) and quantum (Sommerfeld) models of electronic transport.
• Limiting physical factors in superconductivity and types of superconductors.
• In-depth analysis of the physical characteristics, fabrication and applications of semiconductors.
• Basic concepts of thermoelectricity. Binary semi-conductive and rattling structures.
• Carbon nanotubes as a prospective conductive phase. Synthesis, properties and applications.
Requirements (non-essential, but helpful):
Knowledge of basic concepts on:
• Solid-state physics.
• Electrical physics.
• Crystal structures.
Language:
The lecture will be given in English.
Organization:
The assignments, lecture slides (as video file and PDF) and other documentation (bibliography, handouts, etc.) will be released according to the schedule provided.
Registration:
Self-enrollment is not possible. Please request the addition to the course sending an E-mail to:
s.suarez@mx.uni-saarland.de
Please use the subject: Registration FuWe II – SS2022
Add in the content:
• Full name
• course of studies (Master MW, Master WT, EEIGM, AMASE, etc.)
• Semester (1st, 2nd, etc.)
You will receive a confirmation e-mail from us once you are successfully registered.
- DozentIn: Christoph Pauly
- DozentIn: Sebastian Suarez Vallejo