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Research Highlights
MacMillan Lab uses ‘improbable’ mechanism to build carbon-carbon bonds
Catalysis / Synthesis
Research Highlights
YANG ADVANCES SINGLE-MOLECULE TRACKING WITH NOVEL IMAGING METHOD
Chemical Biology
Spectroscopy / Physical Chemistry
Theoretical Chemistry
Research Highlights
Princeton Chem Develops Predictive Tool For Phosphine Reactivity
Catalysis / Synthesis
Inorganic Chemistry
Research Highlights
Kleiner develops method to profile RNA-modifying enzymes
Chemical Biology
Research Highlights
Scholes/Knowles Intro Method to Slow Charge Recombination
Catalysis / Synthesis
Spectroscopy / Physical Chemistry
Research Highlights
Photodriven Weak Bond Formation from Chirik Lab
Catalysis / Synthesis
Inorganic Chemistry
Research Highlights
Schoop lab designs, probes new Dirac semimetal
Inorganic Chemistry
Materials
Spectroscopy / Physical Chemistry
Research Highlights
Mo Lab Elucidates the Mechanism of a Metalloenzyme Superfamily
Chemical Biology
Electronic Excitations Transform Semimetal
Inorganic Chemistry
Materials
Spectroscopy / Physical Chemistry
A Deeper Look at Deep Potential Molecular Dynamics
Theoretical Chemistry
At Frick, Earth Day is in the Details
Catalysis / Synthesis
Grappling with Karma in the Cava Lab
Inorganic Chemistry
Materials
Spectroscopy / Physical Chemistry
Muir Lab Profiles Histone Mutational Landscape of Human Cancers
Chemical Biology
Doyle Lab Creates Open-Source Software To Optimize Reactions
Catalysis / Synthesis
Inorganic Chemistry
Chirik Lab Discovers “Transformative” Route to Chemically Recyclable Plastics
Catalysis / Synthesis
Inorganic Chemistry