SURF Mentoring
Potential projects/topics: When electron-electron interactions outweigh kinetic energy, electrons can self-organize into ordered arrays known as Wigner crystals. Two-dimensional materials can be engineered to produce a periodic landscape of quantum-dot-like traps, driving the formation of crystalline order at low densities and providing a promising platform for quantum simulation. In this project, students will prepare and identify 2D materials with optical microscopy, fabricate heterostructure devices, and help to characterize these quantum systems with advanced ultrafast optical spectroscopy.
Potential skills gained: Nanomaterials, optical microscopy, device fabrication
Required qualifications: Any training in the areas of basic materials science, physics, electrical engineering or mechanical engineering. The exact project will be formulated based on the skill set.
Direct mentor: Faculty/P.I., Graduate Student
