1. Quantum communication and quantum information processing (P. Rabl)
Introduction to quantum information theory, basics quantum communication protocols and algorithms, implementation of a quantum computer with trapped ions.
2. Quantum metrology (T. Schumm)
Measurement in Quantum physics, measuring time with coherent ensembles, atom traps with trapped particles, optical frequency standards
3. Studentseminars:
As part of the lecture, students will give short presentations about current research topics in the field of quantum technologies.
Seminar I (Studentenvorträge):
Seminar II (Studentenvorträge):
Ablauf der Seminare
StudentInnen halten Vorträge, 15 Minuten plus 5 Minuten Fragen und Diskussion.
Form/Medien der Vorträge sind frei wählbar (Projektion, Tafel,...).