FIB Structures of Quantum Materials: An Outlook

This lecture explores the state-of-the-art and future avenues in FIB structures of quantum materials, covering topics such as source developments beyond Ga, quantum applications like single ion implantation, chiral conduction in CsV3Sb5, and advanced structure control. The instructor delves into the operation, fabrication, and integration of FIB top-down prototyping of nanostructures, emphasizing the fields of application and material structure modifications. Additionally, the lecture discusses the liquid metal ion source, single ion implantation, nanoapertures, and the utilization of cold atom clouds for ionization. The presentation also touches on topics like spin-qubits, plasma FIB, and the engineering of quantum materials for unique material properties and structural control.