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Photoredox catalysis is a
branch of
photochemistry that uses single-electron transfer.
Photoredox catalysts are
generally drawn from
three classes of...
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studied for
their contributions to
fields such as
energy harvesting,
photoredox catalysis in
synthetic chemistry, and
cancer treatment.
There are two...
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chemical sensors is
arguably one of the most
successful areas so far.
Photoredox catalysis exploits [Ru(bpy)3]2+ as a
sensitizer as a
strategy for organic...
- R. Recently,
photoredox catalysis has been
applied to biocatalysis,
enabling unique,
previously inaccessible transformations.
Photoredox chemistry relies...
- states, the di-π-methane
rearrangements utilize π-π*
excited states. In
photoredox catalysis, the
photon is
absorbed by a
sensitizer (antenna
molecule or...
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alkylations or
Michael additions.
MacMillan has also
extensively developed photoredox catalysis for use in
organic synthesis.
Between 2010 and 2014, MacMillan...
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complex and many
analogues have been
investigated for
application in
photoredox catalysis. Its
excited state has a
reduction potential of −2.14 V, nearly...
- step in some
industrial polymerization reactions. It is
foundational to
photoredox catalysis. In inner-sphere ET, two
redox centers are
covalently linked...
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sensitizer for
orthochromatic photographic films, and
visible light photoredox catalyst.
Erythrosine is
commonly used in sweets, such as some candies...
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which allows the
combination of
photoredox and
nickel catalysis. The
Doyle lab has
subsequently applied Nickel/
photoredox catalysis to
methodologies involving...
