Presentation Information
[9p-S102-8]Mesoscopic Physics and Quantum Twisting Microscope in Moire materials
〇Shuichi Iwakiri1 (1.NIMS)
Keywords:
Graphene,Twistronics,Scanning Probe Microscopy
In moiré materials, the electronic states change dramatically with the twist angle, giving rise to a variety of quantum phases. In this talk, I will introduce an approach that uses interferometric devices such as Aharonov-Bohm interferometers as probes to extract microscopic quantum properties such as electron coherence. Furthermore, I will discuss the visualization of quantum transport phenomena and design principles in moiré systems using a “quantum twist microscope,” which enables simultaneous measurements of spatial and twist-angle dependence.