All photoredox catalysts articles
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ResearchUnexpected cyclisation provides easy access to elusive tetra-substituted THFs
A mix-and-match approach to substituted heterocycles
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ResearchPhotoredox catalyst introduces two nucleophiles across a carbon–carbon bond at once
Reaction also challenges the idea that C–X bonds can only undergo one-site transformations
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ResearchContra-thermodynamic stereochemical editing explained
How chemists are using light, enzymes and mechanical force to access higher‑energy stereoisomers without rebuilding a molecule from scratch
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ResearchUsing light to push stereochemistry uphill
While chemistry usually follows the downhill pull of thermodynamics, Alison Wendlandt is creating higher‑energy stereoisomers in the final stages of synthesis
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ResearchRule-breaking reaction unlocks a new level for photoredox catalysis
Sidestepping photophysical principle harnesses higher energy states
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ResearchSuper-reducing photoredox catalyst paves a new way for arene reduction
Bio-inspired catalyst can reduce arenes without the need for harsh conditions
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Research’Photoredox catalysis goes asymmetric’: counterion strategy a breakthrough in reaction control
Ion-pairing enables chemists to reach previously inaccessible enantiomers
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ResearchTransient spectroscopy sheds light on elusive photoredox process
Study confirms mechanism of sensitisation-initiated electron transfer reaction following extended debate
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ResearchHybrid resin offers new dimension in flow reactor printing
New resin enables chemical resistance, UV transparency and the potential for surface functionalisation
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OpinionTaking benzyl fluorides beyond game changing reports
Decarboxylative cross-coupling to produce benzyl fluorides
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WebinarFundamentals and applications of photoredox catalysts in organic and macromolecular synthesis
Learn about the fundamentals of photoredox catalysts for their application in organic synthesis