We have investigated a new experimental geometry where a hovering resonator is positioned with nanoactuators above the Hall bar, providing a way to continuously vary the light-matter coupling while the sample is maintained at millikelvin temperatures. Using this approach, we observe the effect of light-matter coupling on the effective electron g-factor as well as its effect on the gap of the Laughlin states.
Coffee, tea and cake will be served at 1:45 pm.
Further information can be found at:
https://www.hhps.de/colloquium/program/summer_term_2024/index_eng.html
If you prefer to participate via Zoom, please, feel free to join the colloquium via Zoom:
https://uni-hamburg.zoom.us/j/65015989339?pwd=U1IwdkF2OHQwK09senduU2FYQmVLQT09
Meeting-ID: 650 1598 9339
Kenncode: 14361263
IMPORTANT INFORMATION: The Hamburg Photon Science Colloquium will be put on video using the recording function of zoom. When recording is started a pop-up window appears and you have the choice to continue your participation or to leave the meeting; by continuing your participation you consent to recording.