WagnerLab
@MWagnerLab
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Main group chemistry @goetheuni This account is managed by group members of Prof. Matthias Wagner.
Germany, Frankfurt am Main
Joined March 2023
RT @The_Ye_Lab: Please check out our latest collaborative work with Prof. Maron on bis(alkynyl)boranes and bond activation @angew_chem. Con….
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RT @Boron_Chemistry: Planarity Is Not Plain: Closed- vs Open-Shell Reactivity of a Structurally Constrained, Doubly Reduced Arylborane to….
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Check out our most recent publication in @J_A_C_S 💥. "Planarity Is Not Plain: Closed- vs Open-Shell Reactivity of a Structurally Constrained, Doubly Reduced Arylborane toward Fluorobenzenes". Congrats! 🎊 @BuchChristoph @felipefantuzzi.
pubs.acs.org
The ability to activate small molecules is imparted to 9,10-dihydro-9,10-diboraanthracenes (DBAs) through the injection of two electrons. We report on the activation of fluorobenzenes C6FnH6–n by the...
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RT @Boron_Chemistry: Intramolecular Arylsulfide-Coordinated Diboraanthracenes: Effect of B–S Coordination on Ground-State and Excited-State….
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Check out our most recent publication in @DaltonTrans 🚀🩵⚗️ @PaulaLueckert @GilmerJannik . "Donor-free 9-aluminafluorenes: molecular structures and reactivity".
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A few impressions from our time at the BORAM-18 conference in sunny LA. ☀️🇺🇸🧪 We had a great time! 😍 .Thanks for the whole organization @organomimetic
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We had a great time at the BORAM-18 conference in LA! 😊🇺🇸 @makoto_B @santoslabVT @Johannes_Chb @Mueller_M_Chem @MischaWenisch @simonmittag @BuchChristoph.
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RT @Boron_Chemistry: Fantastic lectures by @DobrovetskyG (P with a touch of B) and @MWagnerLab (B,N-doped phenalenyls) at the #BORAM2024 #B….
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We're exploring new chemical territory with our latest publication on "Donor-free 9,10-dihydro-9,10-dialuminaanthracenes". 🚀 @ChemicalScience . @PaulaLueckert & @GilmerJannik 🍾. #MyFirstChemSci
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RT @Boron_Chemistry: (BO)2-doped tetrathia[7]helicenes: synthesis and properties-change induced by “BO bonds inversion” (@therealluimendu,….
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Out latest publication by @therealluimendu is available online! 😍 @OrgChemFront . (BO)2-doped tetrathia[7]helicenes: synthesis and properties-change induced by “BO bonds inversion”. Congrats! 🎉.
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RT @ChemEurJ: Adjusting the Number of Functional Groups in Vicinal Bis(trichlorosilylated) Benzenes (Matthias Wagner @MWagnerLab and co-wor….
chemistry-europe.onlinelibrary.wiley.com
Organo(chloro)silanes are indispensable building blocks in silicon chemistry. Yet, aside from the Müller-Rochow process for commodity chemicals, the synthesis of more sophisticated building blocks...
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🌟💜Look at these beautiful iodine crystals, obtained by our master's student, Sophia, during the synthesis of her starting material! 💜🌟. #chemtwitter #realtimechem #chemistry
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Check out our most recent publication in @ChemEurJ 🤩🎉. "Adjusting the Number of Functional Groups in Vicinal Bis(trichlorosilylated) Benzenes". Congrats Moritz & @GilmerJannik! 👏.
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RT @Boron_Chemistry: Ground-breaking work in the field of boron chemistry today in @J_A_C_S by T. Hatakeyama (@KyotoU_News) following inspi….
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Check out our latest publication @DaltonTrans 🧪. "Borylation and rearrangement reactions of azasilaanthracenes to afford B,N-doped nanographenes". Congrats Elena 🥳
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RT @ccdc_cambridge: A facile synthesis of (BE)8-[16]annulenes (E = N, O) is reported in @J_A_C_S. The macrocycles act both as Lewis acids….
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RT @Boron_Chemistry: Borylation and rearrangement reactions of azasilaanthracenes to afford B,N-doped nanographenes (Y. Olivier @UNamur and….
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Our latest publication by @AlexScholzinger is available online! 🧪 @J_A_C_S . "Tetramerization of BEB-Doped Phenalenyls to Obtain (BE)8-[16]Annulenes (E = N, O)". Thanks for the nice collaboration @CAnstoter!.
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RT @Boron_Chemistry: NBN/BNB-Doped phenalenyl homo- and heterodyads: structural uniformity but optoelectronic diversity (@OrgChemFront): h….
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