Explore a comprehensive series of lectures covering advanced topics in chemistry, including quantum theory of chemical reactions, Schrödinger's equation, computational methods, black silicon, microscopic theory of melting, crystal polymorphisms, nonlinear dynamics in electrochemical systems, chemical kinetics in nonequilibrium thermodynamics, photochemistry, and ultrafast reactions. Delve into cutting-edge research and theoretical concepts presented by renowned experts such as David Clary, Mark Tuckerman, Eric Mazur, Martin Z. Bazant, and David Phillips. Gain insights into the fundamental principles and latest developments in various subfields of chemistry through these in-depth discussions.
Overview
Syllabus
Quantum Theory of Chemical Reactions — David Clary / Serious Science.
Schrodinger and His Equation — David Clary / Serious Science.
Computational Methods in Chemistry - Mark Tuckerman.
Black Silicon - Eric Mazur.
Microscopic theory of melting – Mark Tuckerman.
Crystal polymorphisms - Mark Tuckerman.
Nonlinear Dynamics in Electrochemical Systems - Martin Z. Bazant.
Chemical Kinetics in Nonequilibrium Thermodynamics - Martin Z. Bazant.
Photochemistry — David Phillips / Serious Science.
Ultrafast Reactions — David Phillips / Serious Science.
Taught by
Serious Science
