Bereiche | Tage | Auswahl | Suche | Aktualisierungen | Downloads | Hilfe

O: Fachverband Oberflächenphysik

O 43: Scanning probe microscopy: light matter interaction at atomic scales – Poster

Dienstag, 10. März 2026, 14:00–16:00, P2

14:00 O 43.1 Modelling the near-field enhancement for tip-enhanced photoluminescence on non-conductive layers — •Jinhui Guo and Laerte Patera
14:00 O 43.2 Sub-nanoscale photochemistry without plasmons: Debromination of dibromoterphenyl on Au(111)Hao Jiang, Youngwook Park, Adnan Hammud, Martin Wolf, Qiang Sun, and •Akitoshi Shiotari
14:00 O 43.3 Photoisomerization of azobenzene derivatives on Au (111) using various photon energies and polarizations — •Haraprasad Mandal, Paul Schöngrundner, Stefan Hecht, and Leonhard Grill
14:00 O 43.4 Focal phase evolution of single-cycle THz near-field pulses in a scanning tunneling microscope — •Andrea Rossetti, Vivien Sleziona, Alkisti Vaitsi, Luis Enrique Parra Lopez, Martin Wolf, and Melanie Müller
14:00 O 43.5 Development of Cryogenic Photoinduced Force Microscopy: Introduction and Progression — •Shuxia Chen, Claudia Felser, Lukas Eng, and Fabian Menges
14:00 O 43.6 Investigation of atomic defects in quasi-freestanding MoS2 with THz-STM — •Caroline Firschke, Junyoung Sim, Vibhuti N. Rai, Paul Wiechers, Florian Faaber, Christian Lotze, and Katharina J. Franke
14:00 O 43.7 Photo-switching of azobenzene derivatives on Au(111) — •Matthew J. Timm, Robert di Vora, Stefan Hecht, Birgitta Bernhardt, and Leonhard Grill
14:00 O 43.8 Sub-10-fs compression of NIR pulses for phase-resolved sampling of MIR lightwave transients — •Justus Heß, Ugaitz Elu, Andrea Rossetti, Martin Wolf, and Melanie Müller
14:00 O 43.9 Excitation of phonons by THz near fields in a quasi-suspended nanoscopic monolayer of MoS2 — •Junyoung Sim, Vibhuti Rai, Caroline Firschke, Christian Lotze, and Katharina J. Franke
14:00 O 43.10 THz-driven plasmonic STM luminescence — •Alkisti Vaitsi, Luis Enrique Parra López, Vivien Sleziona, Martin Wolf, and Melanie Müller
14:00 O 43.11 Design of a light-coupled high-magnetic-field Scanning Tunneling Microscope — •Colin Geuder, Marco Mönnich, Kurt Lichtenberg, Susanne Baumann, and Sebastian Loth
14:00 O 43.12 strong-field theory model for ultrafast electron transport in laser-assisted STM — •boyang ma, melanie mueller, and michael krueger
14:00 O 43.13 Addressing Atomic-scale optical Stark-shift MicroscopyXabier Arrieta, Sofia Canola, Ruben Esteban, Javier Aizpurua, and •Tomas Neuman
14:00 O 43.14 Light emission from dibenzoterrylene (DBT) molecules studied with STML — •Yannis Hilgers, Andreas Reutter, Markus Etzkorn, and Uta Schlickum
14:00 O 43.15 Influence of Polarons on Tunneling and Optical Spectra of Molecules Adsorbed on Dielectric Layers — •Jan Friese
14:00 O 43.16 Optics of Edge-Modified Graphene Nanoribbons: A Theoretical Perspective — •Jian Cheng Wong, Song Jiang, Guillaume Schull, and Tomáš Neuman
14:00 O 43.17 Utilizing a Tunable Laser for Tip Enhanced Photoluminescence of Single Molecules — •Maximilian Rödel, Rodrigo Cezar De Campos Ferreira, Jiři Doležal, and Martin Švec
100% | Bildschirmansicht | English Version | Kontakt/Impressum/Datenschutz
DPG-Physik > DPG-Verhandlungen > 2026 > Dresden