Magnus Rueping

We develop new synthetic catalytic methodology and technology. Student run twitter.

[Magnus Rueping @Rueping_Lab]

@AbhishekDewanji @NatRevChem Thanks.

[Magnus Rueping @Rueping_Lab]

We are pleased to share our Nat Rev Chem review! We summarize how photo-, electro-, and electrophotochemical strategies are reshaping C–N bond formation, distinguishing them from traditional metal catalysis toward more sustainable synthesis. @natrevchem https://t.co/GaLCYljvAD

[Magnus Rueping @Rueping_Lab]

@AnilDapkekar @NatRevChem Thanks.

[Magnus Rueping @Rueping_Lab]

@aztul @NatRevChem Thank you!

[Magnus Rueping @Rueping_Lab]

@ChinmoyKHazra1 @reg_so @NatRevChem thank you!

[Magnus Rueping @Rueping_Lab]

Happy to share our new @angew_chem article!
From donor/core CV to catalyst design—E₍ox₎/E₍red₎ predicts E₀–₀ & red-light absorption. We employed a cyanoarene photocatalyst under 620 nm LEDs for dual Ni/photoredox C–heteroatom coupling.
https://t.co/3M8dYpg3CI @KAUST_News

[Magnus Rueping @Rueping_Lab]

Excited to share our @green_rsc work! 🌱 Resonant acoustic mixing enables solvent-less peptide coupling with high purity, fast reactions, and 5× lower PMI vs SPPS.
https://t.co/ePnKpL4FtS
@KaustResearch @nanni_alice

[Magnus Rueping @Rueping_Lab]

Thrilled to share our @angew_chem publication on excited-state Pd(II) catalysis, enabling C(sp³)–C(sp²) cross-coupling using aryl iodides as dual HAT and arylating agents.
https://t.co/PAS9dwNvPq
@KAUST_News @KaustResearch @KCCkaust

[HKW@KAUST @EnergyCatalysis]

Work led by @Rajesh_ChemWiz with @ZhipingLaiGroup and @Rueping_Lab on Partially Ordered Mesoporous Zeolite Beta Frameworks in Vacuum Gas Oil Hydrocracking in @J_A_C_S https://t.co/g1x99y4ucp

[Magnus Rueping @Rueping_Lab]

Check out our latest work in @ACSCatalysis ! 🎉We report an efficient cross-electrophile coupling strategy for the synthesis of gem-difluoroalkenes from readily available benzyl alcohols and α-trifluoromethyl alkenes.
@KAUST_News @KaustResearch @KCCkaust
https://t.co/jdzkWfzPwv

[Magnus Rueping @Rueping_Lab]

@AnilDapkekar @angew_chem @KaustResearch @KCCkaust @KAUST_News thanks！

[Magnus Rueping @Rueping_Lab]

We're excited to share our latest work in @angew_chem! Electrochemical low-valent Fe catalysis enables efficient synthesis of alkynyl–germanium frameworks.
@KaustResearch @KCCkaust @KAUST_News
https://t.co/4FynA5Udny

[Magnus Rueping @Rueping_Lab]

@Milan_PSMLgroup @angew_chem @KaustResearch @KCCkaust @KAUST_News thanks！

[Magnus Rueping @Rueping_Lab]

Check out our new paper in @NatureComms: Switchable Electrochemical Pathways for Selective C(sp³)–Ge Bond Formation — via Electrocatalyzed Decyanation or Direct C–H Activation.
@KAUST_News @KCCkaust @KaustResearch
https://t.co/L2cYn7tGmv

[J. Am. Chem. Soc. @J_A_C_S]

Unshielded Ino Decahedral Core Copper Nanoclusters Enable Efficient Photocatalytic Sulfonylation of Aryl Halides | Journal of the American Chemical Society @KAUST_News @KAUST @Rueping_Lab https://t.co/2cqFooEMh8

[Magnus Rueping @Rueping_Lab]

Check out our recent work on Pd-catalyzed alkyl amination of olefins via radical polar crossover to synthesis gamma-lactam is out in @angew_chem.
https://t.co/rZBvo1vn5E
@KaustResearch
@KCCkaust

[Magnus Rueping @Rueping_Lab]

@basker25071980 @NatureComms Thank you.

[Magnus Rueping @Rueping_Lab]

The good news is that our recent paper, which presents a scalable photo-mechanochemical platform using RAM, published in @NatureComms, has been added to the editorial highlights webpage featuring recent research in organic chemistry and chemical biology
https://t.co/thfDJ0yZpy

[Magnus Rueping @Rueping_Lab]

Thrilled to share our latest work in @NatureComms! We developed a scalable photo-mechanochemical platform by Resonant Acoustic Mixing (RAM), enabling solvent-minimized, efficient cross-couplings. @Mechanochem @KaustResearch @KCCkaust
https://t.co/5GPZl7N4LD

[Magnus Rueping @Rueping_Lab]

Scalable depolymerizing transesterification and amidation of (poly)lactic acid (PLA) enabled by resonant acoustic mixing (RAM) - we published in Green Chemistry https://t.co/t6B3YpgVcL