How does the chemical reactivity of many molecules change when they're placed in a cavity?
Can we predict how photochemical reactivity changes with vacuum electromagnetic fields?
What happens when the wave functions of dipole-coupled emitters arranged in 2D arrays hybridize?
How can we use the concentrated magnetic fields of nanomagnonic materials to control chemical reactions?
How can we engineer interactions between defects in solid-state materials and quasiparticles of the host lattice, such as excitons, phonons, and magnons?
Which particular defect in a solid-state material would be a good candidate for emitting entangled photon pairs?
Can we use principles of group theory to engineer the properties of defects in solid-state materials?
Can biological systems manifest properties rooted in quantum physics?