..
Suche
Hinweise zum Einsatz der Google Suche
Personensuchezur unisono Personensuche
Veranstaltungssuchezur unisono Veranstaltungssuche
Katalog plus

Our latest work on ODMR published in Adv. Quantum Technol.


Join the celebrations for the 50th birthday of the University of Siegen. Check out the program Offene Uni.


Group member Lukas Hunold receives the student prize of the Kreis Olpe for his master thesis. Congratulations Lukas!


Our latest work on biosensing with planar antennas published in Biomed. Opt. Express


Check out the Adv. Photonics Theme Issue on Photonics Advances Quantum Science and Technologies


Our article on scalable SiV creation by ion implantation on the front cover of the December Issue of Adv. Quantum Technol.


Check out the JOSA B Feature Issue on Light-Matter Interaction in Complex Photonics Systems


Our latest work on planar antennas published in JOSA B


Our review on silicon-vacancy centers in diamond published in Frontiers in Physics


Our latest work on color centers in polycristalline diamond membranes published in Carbon


The Proceedings of the International School of Physics "E. Fermi", Course 204 "Nanoscale Quantum Optics", are available as en e-book here.


Nanoscale Quantum Optics

Where: University of Siegen, EN Campus, Lecture: Room EN B-030, Exercises: EN B-030, Demonstrations: Nano-Optics Lab
When: Summer Term 2021, Lecture: Mo. 16:00 - 18:00, Exercises and demonstrations: Fr. 16:00 - 18:00
Lecturers: Assegid Flatae
Assistants: Haritha Kambalathmana
Literature: Lecture notes and slides, Nanoscale Quantum Optics (M. Agio, I. D'Amico, R. Zia, C. Toninelli, eds.)
Topics: Introduction to the fundamentals and the prospective applications of quantum optics at the nanoscale
Contents: single-photon generation and detection, structure and dynamics in cavity quantum electrodynamics (cQED), quantum optics with single solid-state spins, nanoscale quantum sensing based on color centers in diamond, building blocks for quantum technologies

Exam: TBD

LECTURE AND EXERCISES VIA TELCO: https://www.uni-siegen.de/corona/

Exercises:

Exercise 1 (Quantized light - Published 12.04.21, Return 19.04.21)
Exercise 2 (Single photons I - Published 19.04.21, Return 26.04.21)
Exercise 3 (Single photons II - Published 26.04.21, Return 03.05.21)
Exercise 4 (Cavity QED - Published 03.05.21, Return 10.05.21)
Exercise 5 (Spins - Published 10.05.21, Return 17.05.21)
Exercise 6 (Spin manipulation - Published 17.05.21, Return 24.05.21)
Exercise 7 (Optical magnetometry - Published 24.05.21, Return 31.05.21)
Exercise 8 (Qubits and quantum gates - Published 31.05.21, Return 07.06.21)

Solutions:

Solution 1 (Quantized light - Published 03.05.21)
Solution 2 (Single photons I - Published 07.05.21)
Solution 3 (Single photons II  - Published 27.05.21)
Solution 4 (Cavity QED - Published 27.05.21)
Solution 5 (Spins - Published 23.07.21)
Solution 6 (Spin manipulation - Published 23.07.21)
Solution 7 (Optical magnetometry - Published 23.07.21)
Solution 8 (Qubits and quantum gates - Published 23.07.21)

 
Suche
Hinweise zum Einsatz der Google Suche

Our latest work on ODMR published in Adv. Quantum Technol.


Join the celebrations for the 50th birthday of the University of Siegen. Check out the program Offene Uni.


Group member Lukas Hunold receives the student prize of the Kreis Olpe for his master thesis. Congratulations Lukas!


Our latest work on biosensing with planar antennas published in Biomed. Opt. Express


Check out the Adv. Photonics Theme Issue on Photonics Advances Quantum Science and Technologies


Our article on scalable SiV creation by ion implantation on the front cover of the December Issue of Adv. Quantum Technol.


Check out the JOSA B Feature Issue on Light-Matter Interaction in Complex Photonics Systems


Our latest work on planar antennas published in JOSA B


Our review on silicon-vacancy centers in diamond published in Frontiers in Physics


Our latest work on color centers in polycristalline diamond membranes published in Carbon


The Proceedings of the International School of Physics "E. Fermi", Course 204 "Nanoscale Quantum Optics", are available as en e-book here.