… Rather than probing catalytic heterogeneity and dynamics on the single-molecule level, …
of catalyst–substrate preassociation. The effect could be common to photoredox catalysis, …

We investigate the role of preaggregation among photocatalyst and substrate in the paradigmatic
molecular dye rhodamine 6G by means of fluorescence correlation experiments and …

… Photoredox-catalyzed decarboxylative alkylation has been … in other emerging single-molecule
proteomics technologies, we … of decarboxylative alkylation for single-molecule proteomics (…

… Single-chromophore single-molecule photocatalysts for the … catalytic production of hydrogen
with 170 ± 5 turnovers in 24 hours and an initial rate of 28 turnovers per hour. The catalysis …

… photoredox catalysts and radical initiators. The presence of both donor and acceptor in a
single molecule … electron donor–acceptor photoredox catalysts were investigated under green (…

… In summary, we investigated the interaction of commonly used quenchers with EY photoredox
catalyst by single-molecule fluorescence imaging. In all quenchers, the photobleaching of …

… Photoredox catalysis has become a valuable synthetic means for organic synthesis
encompassing single-electron activation of inert bonds by photoinduced electron transfer (PET). (1) …

… level to interrogate the reaction kinetics as well as the catalytic performance … photoredox
catalyst affected by reactant conditions, were revealed. I demonstrated here that single-molecule …

… As a novel methodology to accomplish the synergistic action of photoredox catalysis/transition
metal catalysis, metallaphotoredox (MP) catalysis under mild reaction conditions merged …

… as they are especially relevant to dual catalysis strategies involving photoredox 1,2 and the
… monitored at the single-molecule level and can only occur in a single-molecule junction. The …