Chem 228: Stephen Quake
“The Cell is a Bag of RNA”
“The Cell is a Bag of RNA”
“Ultrafast Synthesis: Leveraging Time-resolved Spectroscopy for Targeted Synthetic Control of Ultrafast Dynamics in Transition Metal-based Chromophores” Abstract: The interconversion of light and chemical energy is one of the most fundamental processes on Earth. Research on solar energy conversion, for example – which will ultimately lead to the next generation of solar energy technologies – has […]
“Choosing the right lens: Energy surfaces and chemical identity in the photodissociation of Na2+ in different solvent environments”
Novel chemotypes of kinase inhibitors for the potential treatment of recurrent cancers Abstract: Therapeutic resistance remains a critical issue in cancer treatment. While cancer patients who harbor dysregulated protein kinases benefit from the use of kinase inhibitors (KIs), many fail therapy and almost all patients become resistant to treatment, indicating a critical unmet need to […]
"Biophysical Studies of an RNA Virus particle and its Maturation: Insights into an Elegantly Programmed Nano-machine"
“Towards understanding the role of mass transport in electrocatalysis: the role of dimensionless analysis and multi-scale modeling”
Bridging the gap between well-defined and industrial catalysts via a molecular approach Industrial processes, in particular large-scale ones, mostly rely on heterogeneous catalysts. The search for more sustainable processes and the changes in environmental policies impose the continuous development of improved catalyst performances and catalytic processes, as well as the exploration of alternative routes. However, […]
"One is the Loneliest Number: Multivalent and Multielectron Processes for Next-Generation Batteries"
“Structural Stability and Phase Transformation Behavior in Nanostructured Energy Storage Materials”
Complex Molecule Synthesis at the Interface of Biology: Adventures in Medicinal Chemistry and Chemical Biology
“Understanding Unconventional Doping Mechanisms in Organic Semiconductors”
“Super-Oxidized” Iron Nitrido/Imido and “Super-Reduced” Iron Nitrosyl Complexes in tris-Carbene Coordination Spheres – and how Iron Really Feels About it