Advanced quantum sensing and imaging

Overview

Push imaging frontiers of quantum imaging in terms of resolution, time, temperature, and energy range.
Develop tools and methods to image:

• The electron states in synthetic quantum electronic superlattices
• The intricate many-body quantum wavefunction in strongly correlated systems
• Electronic band movement in time
• The breathing of the lattice, as affected by the hopping terms, giving rise to nontrivial e-ph coupling

An important aspect in this effort is to develop novel scanning-probe microscopy tools to probe the phenomena that emerge from interaction, topology, and twisting.