| AVS 66th International Symposium & Exhibition | |
| MEMS and NEMS Group | Tuesday Sessions |
| Session MN+QS-TuA |
| Session: | Devices for Quantum Information and Quantum Nanomechanics |
| Presenter: | Philip Feng, Case Western Reserve University |
| Correspondent: | Click to Email |
An essential theme of the ongoing ‘second quantum revolution’ is to realize human-made structures and devices where ‘quantum phenomena’ can be sustained and harnessed to enable radically new approaches to information processing. These require exquisite creation and scalable fabrication of atom-like devices, design and engineering of new information carriers and transduction schemes. Atomic layer crystals have emerged as attractive enablers for creating atomically thin 2D devices that can support signal transduction and information processing functions in the regime where classical meets quantum. In this presentation, we will report on our latest effort and results on developing novel 2D devices (including nanomechanical and photonic resonators, phononic waveguides, photodetectors, etc.), investigating quantum emitters and coupling effects on relevant 2D device platforms, and engineering both classical and quantum signal transduction schemes in such 2D devices and systems.