Molecular chirality manifests itself in a myriad of fields of physical, chemical and biological importance, ranging from fundamental investigations of parity nonconservation and asymmetric catalysis to the never-ending pursuit of the origins of life. This symposium will bring together a diverse array of theorists and experimentalists to discuss the latest developments in such areas, with topics covered during the planned series of seven half-day sessions including (1) the theory and computation of chiroptical properties, (2) linear and nonlinear forms of chiroptical spectroscopy, (3) chiral surfaces and structures, (4) emerging probes of chiral molecules and their interactions, and (5) the physical and chemical origins of homochirality.