SECRETARY
Angela Heinemann Raum 4.144 Tel. +49(551) 39-21710 Email: aheinem@gwdg.de |
TECHNICAL ASSISTENTS
Martina Pretor Room 4.147 Phone +49(551) 39-21715 Email: mpretor@gwdg.de |
Martin Simon Room 4.145A / 4.135 Phone +49(551) 39-21715 Email: martin.simon@uni-goettingen.de |
SENIOR RESEARCHER AND POSTDOCS
Dr. Christopher Golz Phone (Lab 4.124) +49 (0) 551 39 21750 Phone (Office 4.146) +49 (0) 551 39 21713 Email: cgolz@gwdg.de Web: IOBC X-Ray Service |
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Dr. Idan Avigdori Room 4.126 Phone +49(551) 39-21724 Email: idan.avigdori@chemie.uni-goettingen.de Bi-nuclear platforms for the design of Phosphorus-based catalysts |
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Dr. Daniel Gavina Rueda Raum 4.126 Tel. +49(551) 39-21724 Email: daniel.gavinarueda@uni-goettingen.de Photo-catalyzed installation of novel fluorinated moieties into drug molecules via sulfonium salt based transfer reagents. |
PhD
Christian Böhmer Room 4.120 Phone +49(551) 39-21720 Email: christian.boehmer@chemie.uni-goettingen.de Synthesis and application of novel sulfur(VI) transfer reagents. |
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Hoang Dung Doan Room 4.126 Phone +49(551) 39-21724 Email: hoang-dung.doan@chemie.uni-goettingen.de Total synthesis of natural products derived from the liverwort using π-acidic catalysts. |
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Zeyu Feng Room 4.155 Phone +49(551) 39-21718 Email: zeyu.feng@chemie.uni-goettingen.de Photo-catalyzed installation of novel fluorinated moieties into drug molecules via sulfonium salt based transfer reagents. |
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Wei Fu Room 4.155 Phone +49(551) 39-21718 Email: wei.fu@chemie.uni-goettingen.de Enantioselective synthesis of (hetero)helicenes via Au-catalyzed alkyne hydroarylation employing chiral cationic ancillary ligands. |
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Moritz von Geyso Room 4.123 Phone +49(551) 39-21722 Email: moritz.von-geyso@chemie.uni-goettingen.de Postsynthetic functionalization of helicenes. |
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David Herrero Navarro Room 4.152 Phone +49(551) 39-21716 Email: david.herreronavarro@uni-goettingen.de Synthesis and characterization of different model systems for the implementation of the NOS bond. |
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Simon Karnbrock Room 4.121 Phone +49(551) 39-21721 Email: skarnbr@uni-goettingen.de Investigating Phosphorus-Ligand cooperative Catalysis: Geometrically constrained P-Species supported by Redox-active Ligands. |
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Malte Kaste Room 4.116 Phone +49(551) 39-21719 Email: malte.kaste@uni-goettingen.de Exploring new tools for sustainable catalysis via main group ligand redox cooperativity. |
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Catherine Olguin Ellmeier Room 4.123 Phone +49(551) 39-21722 Email: catherine.olguinellmeier@uni-goettingen.de Enantioselective synthesis of (hetero)helicenes via Au-catalysis and benchmarking of their inversion barriers. |
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Lucas Riemann Room 4.155 Phone +49(551) 39-21718 Email: lucas.riemann@chemie.uni-goettingen.de Photocatalytic utilization and mechanistic studies of fluoroalkyl-transfer agents. |
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Daniel Rösch Room 4.126 Phone +49(551) 39-21724 Email: daniel.roesch@chemie.uni-goettingen.de Synthesis and application of novel, electron-poor carbenes as ligands for transition metal catalysis. |
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Sven Timmann Room 4.121 Phone +49(551) 39-21721 Email: sven.timmann@chemie.uni-goettingen.de Synthesis, structure and synthetic application of sulfonium salts and related compounds. |
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Johannes Ulbrich Room 4.116 Phone +49(551) 3921719 Email: julbric@gwdg.de Synthesis and application of constrained systems exhibiting p-block element-ligand-cooperativity. |
MASTER STUDENTS
Michael Fitzner Raum 4.155 Tel. +49(551) 39-21718 Email: Michael.fitzner@chemie.uni-goettingen.de Synthesis of cyclobutane- and oxetane-substituted sulfoniumsalts and the transfer from such moieties to heteroarenes. |
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Kevin Klein Raum 4.152 Tel. +49(551) 39-21716 Email: kevin.klein@uni-goettingen.de Enantioselective synthesis of heterohelicenes containing thiophene and furan moieties via Au-catalyzed alkyne hydroarylation. |
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Neels Kruse Raum 4.126 Tel. +49(551) 39-21724 Email: neels.kruse@uni-goettingen.de Development and Application of Dinuclear Pnictogen Complexes. |
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Leander Konstantin May Raum 4.123 Tel. +49(551) 39-21722 Email: leanderkonstantin.may@uni-goettingen.de Towards the synthesis of novel high-valent early transition metal complexes employing a redox non-innocent ligand. |
BACHELOR STUDENTS
Anna Burget Raum 4.126 Tel. +49(551) 39-21724 |
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Moritz Dilchert Raum 4.121 Tel. +49(551) 39-21721 |
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Johanna Harzendorf Raum 4.116 Tel. +49(551) 39-21719 |