Martin Fasser, MSc
PhD Student
Room:
4S11
Phone: +43 512 507
Email:
Martin.Fasser[at]uibk.ac.at
Research group: Cavity Quantum Electrodynamics
More Information
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Publications 2024
Contributions to Books / Journals
Journal Article (Original Paper)
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Fasser, M.; Hotter, C.; Plankensteiner, D.; Ritsch, H. (2024): Threshold studies for a hot beam superradiant laser including an atomic guiding potential.
In: Open Research Europe 4, Nr. 8. (DOI) (Web link)
Other Publications
Electronic Publication (Preprint)
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Fasser, M.; Ostermann, L.; Ritsch, H.; Hotter, Ch. (2024): Subradiance and Superradiant Long Range Excitation Transport among Quantum Emitter Ensembles in a Waveguide. (Web link)
Lectures 2024
Presentations at Conferences, Symposia, etc.
Poster Presentation
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Lecturer(s): Fasser, M.: Controllable Energy Transport and Superabsorption in Large Atomic Ensembles inside a Hollow-Core Fiber.
Quantum Optics Obergurgl 2024, Obergurgl, 2024-02-26. (Web link)
Lectures 2023
Presentations at Conferences, Symposia, etc.
Poster Presentation
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Lecturer(s): Fasser, M.: Threshold studies for a hot beam superradiant laser including an atomic guiding potential.
DK-ALM Summer School 2023, Oberambach, 2023-09-14. (Web link) -
Lecturer(s): Fasser, M. Co-author(s): Hotter, Ch.; Plankensteiner, D.; Ostermann, L.; Ritsch, H.: Simulating a superradiant laser based on a thermal atomic beam.
DK ALM Science Day 2023, Venet Gipfelhütte, Zams, 2023-01-16. (Web link)
Lectures 2022
Presentations at Conferences, Symposia, etc.
Poster Presentation
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Lecturer(s): Fasser, M. Co-author(s): Hotter, Ch.; Plankensteiner, D.; Ostermann, L.; Ritsch, H.: Simulating a superradiant laser based on a thermal atomic beam 2022.
71st Annual Meeting of the Austrian Physical Society ÖPG, Leoben, 2022-09-27. (Web link) -
Lecturer(s): Fasser, M. Co-author(s): Hotter, Ch.; Plankensteiner, D.; Ostermann, L.; Ritsch, H.: Simulating a superradiant laser based on a thermal atomic beam.
DK-ALM Summer School 2022, Lech, 2022-09-14. (Web link)
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