Søren Kramer
@KramerChemistry
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Kramer Group at Technical University of Denmark. Organic Chemistry, Transition-Metal Catalysis, Photocatalysis, and Asymmetric Catalysis.
Hovedstaden, Danmark
Joined July 2021
Excited to share our new publication! In @angew_chem we describe enantioselective allylic C-H oxygenation of acyclic alkenes using copper as catalyst – no precious metals needed, only light. Great work done by Xuemeng Chen and @HenghuiLi! #OpenAccess Link: https://t.co/OqhCA9IDSX
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We have an open PhD position! The project involves enantioselective C-H functionalization with transition-metal catalysis +/- photocatalysis. Please apply or share with relevant candidates. Apply here: https://t.co/gul8v54WY5 Deadline July 6 Link to our recent work in comments.
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Happy to see all the interest in our latest paper, which is listed among “Most Accessed” in @angew_chem! Congratulations to @HenghuiLi and Yuwen! @ChemistryDtu
The most accessed papers in November include contributions, among others, by @KBrownLab, @ckerzig, @HuanmingHuang, @ritter_lab, @LevinChem, and @KramerChemistry. What else? https://t.co/BnLHIAzkLZ
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Benzylic C(sp3)-H Phosphonylation via Dual Photo and Copper Catalysis (Soren Kramer and co-workers) @KramerChemistry •
onlinelibrary.wiley.com
A method for direct benzylic C(sp3)−H phosphonylation of non-specialized alkylarenes is reported. This dehydrogenative C−P bond formation method features high step economy and takes place under mild...
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Excited to share our new publication on photocatalysis! In @angew_chem we describe benzylic C-H phosphonylation using dual copper and photocatalysis. Great work done by @HenghuiLi and Yuwen Liu! Link: https://t.co/EJckju9S29
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Photoinduced Copper-Catalyzed Enantioselective Allylic C(sp3)-H Oxidation of Acyclic 1-Aryl-2-alkyl Alkenes as Limiting Substrates (Soren Kramer and co-workers) @KramerChemistry #openaccess
onlinelibrary.wiley.com
The first copper-catalyzed method for highly enantioselective allylic C−H oxidation of acyclic alkenes is reported. Using this method, mixtures of E/Z-alkenes undergo photoinduced allylic oxidation...
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Our work on Decarbonylative C(sp3)-C(sp3) Cross-Electrophile Coupling and Formation of Alkylnickel intermediates is now online @ScienceMagazine ! Congratulations to Zhidao and Michelle! https://t.co/oOjB9QrsS5
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We are searching for a new colleague in Bioinorganic Chemistry this year. If you're a bioinorganic chemist or an inorganic chemist with a biological perspective, please consider applying.
The Department of Chemistry at Vanderbilt University invites applications for a TT Asst. Prof. in Bioinorganic Chemistry. Oct 15th, 2024, priority date. Join us in Nashville: https://t.co/hOjPr5qUvC
#facultychemjobs
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We are looking to recruit a new organic chemistry colleague @OhioState Come join our vibrant community! Tenure-track Assistant Professor: https://t.co/6v2LMA5CCr
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Happy to see all the interest in our latest paper, which is listed among "Most Accessed" in @angew_chem! Congratulations to Xuemeng and Henghui! @ChemistryDtu
The most popular (northern) summer reads include papers by @Silicon_Martin, @morandilab, @KramerChemistry, and @GroupKaji. Who/what else? https://t.co/QdxAT6NJUm
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Alana, Arindam, and Mihai dropped a comprehensive preparative, spectroscopic, and computational study to understand why this photocatalytic aziridination is so darn good. Big collab among us, @madrauer, and @bobbypaton through the new @nsfsuprcat CCI. https://t.co/McBvRQAbLi
pubs.acs.org
Aziridines are important targets for synthetic chemistry, and many methods involving the aziridination of alkenes by olefins with nitrenes have been reported. In general, however, nitrene transfer...
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After the Plenary Lecture by Prof. List (@ben_list), 12 young scientists will give talks at https://t.co/xutxVeJeiq: T. Cernak, @JbaraM90, @KatayevL, @christine_m_le, H. Liao, @zhenliuchem, @NeufeldtLab, @CRP_Laboratory, @Powers_Lab, @CortnieRoberts, @ZachWickens & C-X. Zhuo.
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WIPOS 2024 (Dec 16-19, 2024 in Hawaii, https://t.co/xutxVeJeiq) will feature many speakers from academia: @KramerChemistry, @LisbetKvaerno, @samilakhdar1, T. Luo, @AhmadMasarwa2, @piercelab, X. Qi, @SharmaLabOU, @sherburn_lab, @AMSzpilman, W. Tang, H. Xu, @andrei_yudin.
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@BlakeyLab and several other groups not on X, such as Zhou, Liu, and Dauban labs.
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Our perspective is part of "Most popular catalysis articles 2023" in @ChemicalScience. We cover advances in enantioselective C-H amination including excellent works from @francesarnold @PeterZhang_BC @GevorgyanLab @MillerGroupYale @Bach_Lab @MeggersLab
https://t.co/jQOpe16PXK
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New ligands for Au(I/III) RedOx catalysis are now available ! ➡️Just appeared in @J_A_C_S
https://t.co/d8X4y94XXA Congratulations Karim 🎉@TheGagoszLab @uOttawaCHM 🇨🇦 and thanks Maxim @mberezovski for this fruitful collaboration ! #Ligands #Au #Catalysis
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We have an open fully funded PhD position! The topic is photocatalysis, C-H functionalization, and enantioselective metal catalysis. Please share with relevant candidates! #PhDposition #chemistry #photocatalysis #CHFunctionalization
https://t.co/Xea0vg7mg5
efzu.fa.em2.oraclecloud.com
A fully-funded 3-year PhD position in organic chemistry, photocatalysis, C-H functionalization, and homogeneous enantioselective metal catalysis under the supervision of Associate Professor Søren...
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Check out our first issue of 2024! Cover art features @PedroJPerez65 's work on nitrene transfer to 1,3-enynes, and articles from @SarbajitBanerj1 @raphaelnagao13 @WangGroupWSU @SebastianCPeter @KramerChemistry @shoubhikdas4 and more! Read them all here: https://t.co/jU3iu2DIc1
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Photocatalysis, C-H functionalization, and enantioselective catalysis… if these things excite you, then check out our new perspective in Chem Catalysis! Link to free copy: https://t.co/yVw0TcMoS6
@ChemistryDtu #photocatalysis
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