Semiconductor photoelectrodes are regularly coupled to solid-state heterogeneous catalysts to perform solar-driven reduction of CO2. Less frequently, molecular catalysts are employed to better...

Semiconductor devices often rely on high-purity materials and interfaces achieved through vapor- and vacuum-based fabrication methods, which can enable precise compositional control down to single...

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This work uses MoTe2 single crystals to address the challenge in heterogeneous catalysis of identifying active sites and determining the electronic factors responsible for catalytic activity. We find...

The development and mechanistic understanding of room-temperature transfer hydrogenation unlocks a multicatalyst cascade reaction strategy for the CO2 reduction to MeOH combining electrochemical and...

Sandercyanin is a mildly fluorescent biliprotein with a large Stokes shift, a tetrameric quaternary structure, and a biliverdin (BV) chromophore that does not covalently bond to the protein. To adapt...

Homologations of organic molecules that add a carbon atom to the substrate are useful in drug discovery to access compounds with improved properties that otherwise present a synthetic challenge....

The synthetic toolbox for stimuli-responsive polymers has broadened to include many tunable variables, making these materials applicable in diverse technologies. However, unraveling the key composi...

Transition-metal-mediated splitting of N2 to form metal nitride complexes could constitute a key step in electrocatalytic nitrogen fixation, if these nitrides can be electrochemically reduced to...