Prof. Dr. Christian Limberg

Contact

Facility

Faculty of Mathematics and Natural Sciences

Department of Chemistry

Inorganic and General Chemistry I

Status group

Professor/in

Email

christian.limberg? Please insert an @ at this point ?chemie.hu-berlin? Please insert a period at this pointde

Telephone

030 2093-7382

Postal address

Unter den Linden 6, 10117 Berlin

Registered office

Emil Fischer-Haus, Institutsgeb?ude, Brook-Taylor-Stra?e 2, 12489 Berlin

Room

2'202

Research projects

Project
DFG Individual Research Grant01/2021 - 12/2026
DFG Research Grant: Molecular Metal Siloxides As Models for Functional Units of Oxidic Frameworks and Surfaces
Project management: Prof. Dr. Christian Limberg
Project
Einstein Center02/2019 - 12/2025
Aktivierung kleiner Moleküle in Abh?ngigkeit vom Abstand zweier funktionaler Zentren
Project management: Prof. Dr. Christian Limberg
Project
DFG Excellence Strategy Cluster01/2019 - 12/2022
EXC 314/1: Elucidation of the photo-assembly mechanism of the native and modified water oxidation catalysts in photosystem II Biocatalytic coupling of photosystem I with FDH and CODH supercomplexes
Project management: PD Dr. Athina Zouni
Project
DFG Collaborative Research Centre01/2019 - 12/2022
CRC 1349/1: Cooperating Lewis Pairs Based on Fluorinated Bismuth and Aluminium Acceptor Moieties (SP B01)
Project management: Prof. Dr. Christian Limberg
Project
DFG Collaborative Research Centre01/2018 - 12/2018
Oxo frameworks in molecualr compounds
Project management: Prof. Dr. Christian Limberg
Project
DFG Individual Research Grant01/2018 - 06/2022
Metall-Kooperation bei der Disauerstoff-Aktivierung in molekularen Siloxid-Komplexen
Project management: Prof. Dr. Christian Limberg
Project
Max Planck Society11/2017 - 09/2021
Kooperation Metalloxid/Wasser-Systeme im SFB 1109
Project management: Prof. Dr. Christian Limberg
Project
DFG Excellence Initiative Cluster11/2017 - 12/2018
Elucidation of the photo-assembly mechanism of the light-driven water oxidizing complex in photosystem II
Project management: PD Dr. Athina Zouni
Project
DFG Collaborative Research Centre04/2014 - 12/2017
CRC 1109/1: Understanding of Metal Oxide/Water Systems at the Molecular Scale. Structural Evolution, Interfaces, and Dissolutions
Project management: Prof. Dr. Christian Limberg
Project
DFG Collaborative Research Centre04/2014 - 12/2017
CRC 1109/1: Oxo Frameworks in Molecular Compounds: Early Stage Modelling, Tailored Structural Motifs for Novel Materials and Water Reactivity (SP A04)
Project management: Prof. Dr. Christian Limberg
Project
02/2014 - 02/2024
Chemische Analysen
Project management: Prof. Dr. Christian Limberg
Project
German-Israeli Foundation01/2013 - 12/2016
Novel Rigid Calixarene-Based Ligands for Catalysis and Biomimetics
Project management: Prof. Dr. Christian Limberg
Project
DFG Excellence Initiative Cluster11/2012 - 10/2017
Cluster: Integrale Konzepte der Katalyse II(D1.2,D2.3/D2.5,D3.1/D3.4)
Project management: Prof. Dr. Christian Limberg
Project
DFG Individual Research Grant09/2012 - 12/2016
Transition metal complexes with Lewis acidic bismuth centers incorporated into the backbone of ambiphilic ligands
Project management: Prof. Dr. Christian Limberg
Project
DFG Excellence Initiative Cluster11/2007 - 10/2012
Cluster: Unifying concepts in catalysis (A 5)
Project management: Prof. Dr. Christian Limberg
Project
DFG Individual Research Grant06/2007 - 02/2012
Heterometallic Molybdenum/p-element compounds: Complexes with novel bonding situations, models for surface species and single-source precursors for functional materials
Project management: Prof. Dr. Christian Limberg
Project
01/2006 - 12/2015
Bleach Catalysts
Project management: Prof. Dr. Christian Limberg
Project
DFG Individual Research Grant02/2004 - 02/2005
Homogeneous and heterogeneous oxidation reaction with molybdenumoxo compounds
Project management: Prof. Dr. Christian Limberg
Project
DFG Collaborative Research Centre08/2003 - 06/2011
SFB 546 II-III: Synthesis and reactivity of molecular models for the active sites of vanadiumoxide based catalysts (TP B 5)
Project management: Prof. Dr. Christian Limberg
Project
DFG Individual Research Grant03/2003 - 12/2007
The Bismuthmolybdate-catalysed oxidation of propylen - Modeling of reactive Intermediates and Synthesis of Complexes with novel Metaloxo-Moieties
Project management: Prof. Dr. Christian Limberg

Prof. Dr. Christian Limberg

Contact

Vorsitzender

Research projects

DFG Research Grant: Molecular Metal Siloxides As Models for Functional Units of Oxidic Frameworks and Surfaces

Aktivierung kleiner Moleküle in Abh?ngigkeit vom Abstand zweier funktionaler Zentren

EXC 314/1: Elucidation of the photo-assembly mechanism of the native and modified water oxidation catalysts in photosystem II Biocatalytic coupling of photosystem I with FDH and CODH supercomplexes

CRC 1349/1: Cooperating Lewis Pairs Based on Fluorinated Bismuth and Aluminium Acceptor Moieties (SP B01)

Oxo frameworks in molecualr compounds

Metall-Kooperation bei der Disauerstoff-Aktivierung in molekularen Siloxid-Komplexen

Kooperation Metalloxid/Wasser-Systeme im SFB 1109

Elucidation of the photo-assembly mechanism of the light-driven water oxidizing complex in photosystem II

CRC 1109/1: Understanding of Metal Oxide/Water Systems at the Molecular Scale. Structural Evolution, Interfaces, and Dissolutions

CRC 1109/1: Oxo Frameworks in Molecular Compounds: Early Stage Modelling, Tailored Structural Motifs for Novel Materials and Water Reactivity (SP A04)

Chemische Analysen

Novel Rigid Calixarene-Based Ligands for Catalysis and Biomimetics

Cluster: Integrale Konzepte der Katalyse II(D1.2,D2.3/D2.5,D3.1/D3.4)

Transition metal complexes with Lewis acidic bismuth centers incorporated into the backbone of ambiphilic ligands

Cluster: Unifying concepts in catalysis (A 5)

Heterometallic Molybdenum/p-element compounds: Complexes with novel bonding situations, models for surface species and single-source precursors for functional materials

Bleach Catalysts

Homogeneous and heterogeneous oxidation reaction with molybdenumoxo compounds

SFB 546 II-III: Synthesis and reactivity of molecular models for the active sites of vanadiumoxide based catalysts (TP B 5)

The Bismuthmolybdate-catalysed oxidation of propylen - Modeling of reactive Intermediates and Synthesis of Complexes with novel Metaloxo-Moieties