Group of Prof. Dr. Matthias Wagner

Fp_solvatochromie-562x241 Alex Researchgroup_20161 Fp_pse-562x241 Fp_b_si_ulexit_si

Why restrict yourself...

...when you can have it all? Stereotyped thinking results in stereotyped research. We therefore refuse to define ourselves as either inorganic or organic chemists, but are trying to combine the best of both worlds.

Our group focuses on various areas of modern organometallic chemistry, tackling fundamental problems and also doing applied research in cooperation with industry. Current topics include:

   - Reaction mechanisms and reactive intermediates
   - Molecules with unusual bonding situations
   - Homogeneous catalysis with transition metals and Frustrated Lewis Pairs (FLPs)
   - Organic electronics and luminescent materials
   - Oligosilanes/-germanes and Si/Ge nanostructures
   - Single-crystral X-ray crystallography

For more information see the research section.

Why restrict yourself...

...when you can have it all? Stereotyped thinking results in stereotyped research. We therefore refuse to define ourselves as either inorganic or organic chemists, but are trying to combine the best of both worlds.

Our group focuses on various areas of modern organometallic chemistry, tackling fundamental problems and also doing applied research in cooperation with industry. Current topics include:

   - Reaction mechanisms and reactive intermediates
   - Molecules with unusual bonding situations
   - Homogeneous catalysis with transition metals and Frustrated Lewis Pairs (FLPs)
   - Organic electronics and luminescent materials
   - Oligosilanes/-germanes and Si/Ge nanostructures
   - Single-crystral X-ray crystallography

For more information see the research section.

Why restrict yourself...

...when you can have it all? Stereotyped thinking results in stereotyped research. We therefore refuse to define ourselves as either inorganic or organic chemists, but are trying to combine the best of both worlds.

Our group focuses on various areas of modern organometallic chemistry, tackling fundamental problems and also doing applied research in cooperation with industry. Current topics include:

   - Reaction mechanisms and reactive intermediates
   - Molecules with unusual bonding situations
   - Homogeneous catalysis with transition metals and Frustrated Lewis Pairs (FLPs)
   - Organic electronics and luminescent materials
   - Oligosilanes/-germanes and Si/Ge nanostructures
   - Single-crystral X-ray crystallography

For more information see the research section.

Why restrict yourself...

...when you can have it all? Stereotyped thinking results in stereotyped research. We therefore refuse to define ourselves as either inorganic or organic chemists, but are trying to combine the best of both worlds.

Our group focuses on various areas of modern organometallic chemistry, tackling fundamental problems and also doing applied research in cooperation with industry. Current topics include:

   - Reaction mechanisms and reactive intermediates
   - Molecules with unusual bonding situations
   - Homogeneous catalysis with transition metals and Frustrated Lewis Pairs (FLPs)
   - Organic electronics and luminescent materials
   - Oligosilanes/-germanes and Si/Ge nanostructures
   - Single-crystral X-ray crystallography

For more information see the research section.

Why restrict yourself...

...when you can have it all? Stereotyped thinking results in stereotyped research. We therefore refuse to define ourselves as either inorganic or organic chemists, but are trying to combine the best of both worlds.

Our group focuses on various areas of modern organometallic chemistry, tackling fundamental problems and also doing applied research in cooperation with industry. Current topics include:

   - Reaction mechanisms and reactive intermediates
   - Molecules with unusual bonding situations
   - Homogeneous catalysis with transition metals and Frustrated Lewis Pairs (FLPs)
   - Organic electronics and luminescent materials
   - Oligosilanes/-germanes and Si/Ge nanostructures
   - Single-crystral X-ray crystallography

For more information see the research section.

Researchgroup_20161

Group Members

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Research

Publications

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Publications

Most recent publications:

T. Kaese, H. Budy, M. Bolte, H.-W. Lerner, M. Wagner, Angew. Chem. Int. Ed. 2017, Angew. Chem. Int. Ed. 2017, 56 (26), 7546-7550

J. Teichmann, M. Bursch, B. Köstler, M. Bolte, H.-W. Lerner, S. Grimme, M. Wagner, Inorg. Chem. 2017, asap

A. John, M. Bolte, H.-W. Lerner, M. Wagner, Angew. Chem. Int. Ed. 2017, 56 (20), 5588–5592

Full list of publications

Meet the group

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Meet the group

Recently, we conducted a Birch reduction in the undergrad lab. In case you missed it, you can watch the video.

Kamil successfully defended his thesis and is now Dr. Samigullin.

Valentin, Kai, and Thomas presented their research results at the 251st ACS National Meeting in San Diego. Listen to their talks in our presentation archive.

Teaching

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Teaching

Im Sommersemester 2017 werden folgende Lehrveranstaltungen angeboten:

Vorlesung: Homogene Katalyse (Masterstudiengang)

Praktikum: Präparative Anorganische Chemie (5. Semester Bachelorstudiengang)

Praktikum: Moderne Methoden der anorganischen Chemie (6. Semester Bachelorstudiengang)

X-ray crystallography

X-ray crystallography

For more information, please visit the website of the crystallographic section of the institute.

Crystallographic section of the institute