2D heat, light, and mass transport in engineered 2D systems

2D atomic crystals, including graphene, hBN and TMDs, and their heterostacks have provide excellent platforms for exploring both conventional and correlated electronic phenomena with broad scientific and technological impacts. It is increasingly recognized that the same 2D nature of these systems provide unprecendented opprotunites for designing and controling novel transport phenomena with other fundamental degrees of freedom: phonons, photons, and mass. In this talk, we will present my group's recent efforts to generate large-scale 2D materials and stacked films specifically engineered to realize 2D photonic, photonic and mass transport phenomena. This general picture, which is mostly demonstrated with waferscale TMD monolayers so far, will be also discussed in the context of new molecule based crystals and hybrid systems for further expansion of available 2D systems.