Stefan Thum (@st_thum) 's Twitter Profile
Stefan Thum

@st_thum

ID: 1535278981100015616

calendar_today10-06-2022 15:14:00

56 Tweet

23 Takipçi

56 Takip Edilen

Angewandte Chemie (@angew_chem) 's Twitter Profile Photo

Formation, Structure and Reactivity of a Beryllium(0) Complex with Mgdelta+-Bedelta- Bond Polarization (Magnus R. Buchner and co-workers) Harder-Research @FAU #openaccess onlinelibrary.wiley.com/doi/10.1002/an…

Robert J. Gilliard, Jr. (@rjgilliard) 's Twitter Profile Photo

Our manuscript on an NHC-Stabilized Diazoborane is now online Science Magazine! Chonghe (@chonghe10) reports the synthesis and reactivity of the first isolable boron-terminal N2 species. Cummins Lab Gilliard Group MIT Chemistry #boron #maingroup science.org/doi/10.1126/sc…

Our manuscript on an NHC-Stabilized Diazoborane is now online <a href="/ScienceMagazine/">Science Magazine</a>! Chonghe (@chonghe10) reports the synthesis and reactivity of the first isolable boron-terminal N2 species. <a href="/ccclabmit/">Cummins Lab</a> <a href="/gilliardgroup/">Gilliard Group</a> <a href="/ChemistryMIT/">MIT Chemistry</a> #boron #maingroup science.org/doi/10.1126/sc…
Angewandte Chemie (@angew_chem) 's Twitter Profile Photo

Utilizing the Perfluoronaphthalene Radical Cation as a Selective Deelectronator to Access a Variety of Strongly Oxidizing Reactive Cations (Ingo Krossing and co-workers) Krossing Group Malte Sellin #openaccess onlinelibrary.wiley.com/doi/10.1002/an…

Harder-Research (@harder_research) 's Twitter Profile Photo

PREFORMED REDOX-ACTIVE INVERSE CROWNS: After showing this at ICOMC-Agra, now world-wide! See our preprint on these beautiful inverse crowns. These REDUCE-AND-CAPTURE reactions are highly selective and follow a least-motion-pathway. The ring can be extended shorturl.at/7vZ8z

PREFORMED REDOX-ACTIVE INVERSE CROWNS: After showing this at ICOMC-Agra, now world-wide! See our preprint on these beautiful inverse crowns. These REDUCE-AND-CAPTURE reactions are highly selective and follow a least-motion-pathway. The ring can be extended shorturl.at/7vZ8z
Inoue Group (@inouegrouptum) 's Twitter Profile Photo

Xufang’s work on the C-F activation of monofluorobenzene using a neutral dialumene is just out in J. Am. Chem. Soc.! Many congrats to Xufang and huge thanks to the Zhu group! pubs.acs.org/doi/10.1021/ja…

Andryj Borys (@andryjborys) 's Twitter Profile Photo

Thrilled to see our #FeatureArticle now online in Chemical Communications!🥳 This summarises our work on alkali-metal nickelates and discusses their mechanistic implications in catalytic cross-coupling + cool compounds we've discovered along the way! Prof Hevia 🇺🇦 pubs.rsc.org/en/content/art…

Thrilled to see our #FeatureArticle now online in <a href="/ChemCommun/">Chemical Communications</a>!🥳

This summarises our work on alkali-metal nickelates and discusses their mechanistic implications in catalytic cross-coupling + cool compounds we've discovered along the way! <a href="/EvaHeviaGroup/">Prof Hevia 🇺🇦</a> 

pubs.rsc.org/en/content/art…
J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

An Azide-Free Synthesis of Metallodiazomethanes Using Nitrous Oxide | Journal of the American Chemical Society Viktoria Gessner (The Gessner Group) Ruhr-Universität Bochum #AzideFree #Synthesis #Metallodiaomethanes #NitrousOxide pubs.acs.org/doi/10.1021/ja…

Harder-Research (@harder_research) 's Twitter Profile Photo

LIGAND CONTROL: New Ga(I) reagents with bulky dipyrromethene ligands show complete selectivity control in reaction with Me3Si-azide. In contrast, beta-diketiminate ligands give a mixture of products. Preview: authors.elsevier.com/sd/article/S00…

LIGAND CONTROL:  New Ga(I) reagents with bulky dipyrromethene ligands show complete selectivity control in reaction with Me3Si-azide. In contrast, beta-diketiminate ligands give a mixture of products. Preview: authors.elsevier.com/sd/article/S00…
Inoue Group (@inouegrouptum) 's Twitter Profile Photo

The Marriage of Silicon and Phosphorus! Martin’s paper on the isolation of an NHC-supported heavier nitrile and its conversion to an isonitrile analogue is now out in Nature Chemistry nature.com/articles/s4155…

J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

Carbodiphosphorane-Activated Distibene and Dibismuthene Dications | Journal of the American Chemical Society Robert J. Gilliard, Jr. Massachusetts Institute of Technology (MIT) MIT Chemistry Gilliard Group #Carbodiphosphorane #Distibene #Dibismuthene #Dications pubs.acs.org/doi/10.1021/ja…

Dominik Munz (@munzdominik) 's Twitter Profile Photo

Soooo happy to see this project of heart after >5y in the making finally online J. Am. Chem. Soc. Big shoutout to Fabian Dankert Juli, Abinash Swain and Ugo. 🪘⌛️😃🍾🎉 Universität Saarland A Lead(II) Substituted Triplet Carbene | Journal of the American Chemical Society pubs.acs.org/doi/10.1021/ja…

Aldridge Group (@groupaldridge) 's Twitter Profile Photo

Diboron(4) reductants for metal-metal bond formation! Liam's work in Chemical Science shows how metal-metal bonds can be formed under very mild conditions using commercial (& soluble) diboron(4) reagents as the overall reductant. doi.org/10.1039/D4SC06… OxICFM Oxford Chemistry

Diboron(4) reductants for metal-metal bond formation!
Liam's work in <a href="/ChemicalScience/">Chemical Science</a> shows how metal-metal bonds can be formed under very mild conditions using commercial (&amp; soluble) diboron(4) reagents as the overall reductant.
doi.org/10.1039/D4SC06…
<a href="/OxICFM/">OxICFM</a> <a href="/OxfordChemistry/">Oxford Chemistry</a>
Aldridge Group (@groupaldridge) 's Twitter Profile Photo

New collaborative papers in JACS! #1 Two collaborative studies on p-block chemistry featuring work from the group have just been published in John Callahan. The first features JT’s work on inorganic cumulenes with Chenyang from Goicoechea Group… doi.org/10.1021/jacs.4… Oxford Chemistry

New collaborative papers in JACS! #1
Two collaborative studies on p-block chemistry featuring work from the group have just been published in <a href="/JACS/">John Callahan</a>. The first features JT’s work on inorganic cumulenes with Chenyang from <a href="/GoicoecheaGroup/">Goicoechea Group</a>…
doi.org/10.1021/jacs.4…
<a href="/OxfordChemistry/">Oxford Chemistry</a>
Andreu (@antorna) 's Twitter Profile Photo

Our latest work is here! This is my first paper with iron complexes in the Prof Hevia 🇺🇦 DCBPunibern A project on the making for 3 years: Check the reactivity of this ferrates for hydroamination reactions in ACS Publications #OpenAccess #SNSF doi.org/10.1021/acsorg…

Our latest work is here! This is my first paper with iron complexes in the <a href="/EvaHeviaGroup/">Prof Hevia 🇺🇦</a> <a href="/DCBPunibern/">DCBPunibern</a> A project on the making for 3 years: Check the reactivity of this ferrates for hydroamination reactions in <a href="/ACSPublications/">ACS Publications</a> #OpenAccess #SNSF doi.org/10.1021/acsorg…
Gouverneur Group (@gouverneurgroup) 's Twitter Profile Photo

Delighted to share our latest work in nature on the use of oxalic acid to activate Fluorspar in water at low temperature in a Lewis acid-enabled process. Enormous thanks to Immo, Anirban and Cal Patel, and Gabriele Pupo and Andrew Schwarz (FluoRok) nature.com/articles/s4158…

ChemistryEur (@chemistryeur) 's Twitter Profile Photo

Reduction of CO2 and Related Compounds with a Low-Valent CaI Synthon by Sjoerd Harder and co-workers (Harder-Research) #OpenAccess 🔓 onlinelibrary.wiley.com/doi/10.1002/ce…

Harder-Research (@harder_research) 's Twitter Profile Photo

OPEN SINGLET DIRADICALOID as intermediate in the Ca-mediated reductive coupling of isocyanide finally resulting in a deltate complex. A unique mechanism in group 2 metal mediated reductive C-C coupling Chemical Science pubs.rsc.org/en/content/art…

OPEN SINGLET DIRADICALOID as intermediate in the Ca-mediated reductive coupling of isocyanide finally resulting in a deltate complex. A unique mechanism in group 2 metal mediated reductive C-C coupling <a href="/ChemicalScience/">Chemical Science</a>  pubs.rsc.org/en/content/art…
Harder-Research (@harder_research) 's Twitter Profile Photo

A Ca(I) synthon with bridging N2 is key to the synthesis of homometallic Ca peroxide and oxide complexes. In solution, the Ca oxide complex decomposes even at -80 C. It can only be prepared in the solid state. Chemical Communications Royal Society of Chemistry shorturl.at/AUoWM

A Ca(I) synthon with bridging N2 is key to the synthesis of homometallic Ca peroxide and oxide complexes. In solution, the Ca oxide complex decomposes even at -80 C. It can only be prepared in the solid state. <a href="/ChemCommun/">Chemical Communications</a> <a href="/RoySocChem/">Royal Society of Chemistry</a> shorturl.at/AUoWM