Lukas Schleicher

Technische Universität München

Lehrstuhl für Nano- und Quantensensorik (Prof. Weig)

Hans-Piloty-Str. 1
85748 Garching b. München

Lehrstuhl für Nano- und Quantensensorik (Prof. Weig)

Hans-Piloty-Str. 1(5901)/III
85748 Garching b. München

Google Scholar

ORCID ID

Wintersemester 2025/26

LV-Nr.	Titel	Termine	Dauer	Art	Vortragende/r (Mitwirkende/r)
0000002097	Laborpraktikum Nano and Quantum Sensors		5	PR	E. Weig [L] E. Weig [L] R. F. Qiu F. David M. Kallergi L. Schleicher A. M. Zinth
0000002155	Nanomechanical Systems Lab		5	PR	E. Weig [L] E. Weig [L] R. F. Qiu F. David M. Kallergi L. Schleicher A. M. Zinth

MA: Master Thesis, BA: Bachelor Thesis, DA: Diploma Thesis,
FP: Forschungspraxis, IP: Ingenieurpraxis

SearchNote: This “quick search” only finds text in the shown fields, not in abstracts or keywords. The search term must have at least 3 letters.

Leonard Geilen, Lukas Schleicher, Alexander Musta, Benedict Brouwer, Eva M. Weig, Alexander Holleitner, Anne Rodriguez: In Situ Mapping of Pressure-Induced Exciton Traps in Suspended MoS2 Monolayers Using Fabry–Perot Interference. ACS Appl. Opt. Mater., 2025 more… BibTeX Full text ( DOI )

Lukas Schleicher: Chips, croissants and nano-drums. MCQST Science Slam, 2024 more… BibTeX
Lukas Schleicher, Alexander Holleitner, Eva M. Weig: 2D Mechanical Resonators for Single Photon Emitters. 2024 Mechanical Systems in the Quantum Regime - Gordon Research Conference, 2024 more… BibTeX
Lukas Schleicher, Alexander Holleitner, Eva M. Weig: 2D Mechanical Resonators for Single Photon Emitters. MCQST Conference, 2024 more… BibTeX
Lukas Schleicher, Eva M. Weig, Alexander Holleitner, Eva M. Weig: Spatial Mode Mapping of 2D Mechanical Resonators. DPG Spring Meeting, 2024 more… BibTeX

Lukas Schleicher: 2D-Materials in a Ultrahigh-Finesse Fiber-Based Microcavity. Munich Conference on Quantum Science & Technology 2023 (MCQST 2023), 2023 more… BibTeX