After successful completion of the course, students are able to understand quantum interferometry using photons. The students know the formalism of ladder-operators of the quantum mechanical oscillator as well as coherent and squeezed states. The students know phase-space-function like the Wigner formalism or the Q-Function.
phase space, photons, Wigner functions, coherence, interferometry, coherent states, harmonic oscillator, coherence functions, Mach-Zehnder, beam splitter, complementarity, entanglement, bipartite systems, squeezed states, visibility, uncertainty relations, quadrature operators
Influence of gravitation on quantum waves, phase-space functions
pdf-documents, power-point-presentation, black board, book, script
book, script, publications
Time and location:
Email: martin.suda@ait.ac.at ,
1. Vorlesung am Dienstag, 7. März 2023, 10.00-11.30
Ort: Atominstitut, Zubau 3.Stock, Seminarraum ZE03-1
Die Vorlesung findet am Atominstitut der Österr. Universitäten statt.
Raum und Zeit wird nach Vereinbarung festgelegt.
Email an: martin.suda@ait.ac.at
