CCHF VS 17.1 - Prof. David Nicewicz

CCHF VS 19.3 - Prof. Robert Knowles

CCHF-VS 2.2 | Prof. Hartwig: Catalytic Functionalization of C–H Bonds with Main Group Reagents

Synthesis Workshop: Electron-primed Photoredox Catalysis with Alyah Chmiel (Episode 69)

Frederick P. Brooks, Jr. - "A Personal History of Computers" (TCSDLS 2019-2020)

CCHFVS 18.2 - Prof. Abigail G. Doyle

David MacMillan's Nobel Prize lecture in chemistry

The Economics of Forests as a Climate Mitigation Strategy

CCHF-VS 2.1 | Prof. Sanford: New Strategies for the C–H Functionalization of Aliphatic Amines

CCHF VS 8.4 - Prof. Phil Baran | Translational Chemistry

The Education of Bruno Latour: On the Anthropocene

David MacMillan: "Amazing doesn't even begin to cover it." Nobel Prize in Chemistry 2021

Gravity = (Yang-Mills)^2 | Michael Duff

Photoenzymatic Catalysis - Using Light to Reveal New Enzyme Functions

Solar Energy: Introduction to Photovoltaic Cells - NCSSM Renewable Energy Seminar

CCHF-VS 2.4 | Prof. Yu: Towards Practical C–H Activation Reactions: Substrate, Metals and Ligands

Quantum Enhanced Super-resolution Microscopy — Dan Oron | Duke FIP

Dr. Dani Arias-Rotondo (Kalamazoo College): "Photoredox Catalysis"

CCHF VS 1.2 | Prof. Stephenson: Visible light mediated C–H functionalization

UWEE Research Colloquium: April 16, 2013 - David R. Smith, Duke University

Organic Chemistry: Synthesis of a Grignard Reagent