Areas of Activity#
Here you will find all fields of scholarship for this section.
A
- active-site structure and mechanism Go to
- algebraic techniques for structure and dynamics in anharmonic systems Go to
- Analysis of weak intermolecular interactions in condensed phases Go to
- analytical chemistry Go to
- analytical chemistry, organic chemistry and biochemistry Go to
- Analytical instrumentation and spectroscopy Go to
- anticancer drug discovery and translational and molecular medicine Go to
- applications of coordination chemistry in catalysis, medicine, ion-exchange, surface chemistry Go to
- applications of physical measurements (notably optical rotatory dispersion, magnetic circular dichroism, and mass spectrometry) Go to
- atmospheric chemistry Go to
B
- bimetallics with Silicon ligands Go to
- bioinorganic chemistry Go to
- bioinspired catalysis Go to
- biological chemistry Go to
- Biological sensors Go to
- Biomimetic Oxidation Go to
- biomimetic polymers Go to
- Bio-organic chemistry Go to
- biophosphates Go to
- biophysics Go to
- Biosynthesis Go to
- birth control Go to
C
- cancer Go to
- carbene complexes Go to
- carbohydrates and cyclitols Go to
- catalysis Go to
- Catalysis Go to
- Catalysis Go to
- catalysis (homogeneous and heterogeneous) Go to
- Catalysis (metathesis, C-C coupling, oxidation) Go to
- catalysis processes involving gas-solid, liquid-solid and solid-solid interfaces Go to
- catalytic oxidation of carbon monoxide over platinum (catalytic converter) Go to
- chemical biology Go to
- chemical biology Go to
- chemical kinetics Go to
- chemical modeling of complex aqueous systems Go to
- chemical physics Go to
- Chemical Processes Go to
- chemical processes on solid surfaces Go to
- chemical sciences Go to
- chemical sciences Go to
- chemical sciences Go to
- chemistry Go to
- chemistry Go to
- chemistry Go to
- chemistry Go to
- Chemistry Go to
- Chemistry Go to
- Chemistry Go to
- Chemistry Go to
- chemistry of materials Go to
- chemistry of natural products (steroids, alkaloids, antibiotics, lipids, and terpenoids) Go to
- Chemistry of Penicillin Go to
- chemistry physics Go to
- chemistry, structural organic and supramolecular Go to
- chemistry under extreme conditions Go to
- chiral dendrimers Go to
- coil-globule transitions, associating polymers Go to
- combined use of experimental techniques and theoretical chemistry Go to
- combined use of experimental techniques (electron diffraction, mass spectrometry, vibrational spectroscopy) and theoretical chemistry Go to
- compounds with elements of low oxidation states Go to
- computational biochemistry Go to
- computational chemistry Go to
- computer artificial intelligence techniques to organic chemical problems Go to
- computer simulation of evolution in vitro Go to
- computer simulation of polymer systems Go to
- Constitutional dynamic chemistry Go to
- coordination chemistry of transition-metal ions Go to
- coordination chemistry of transition metals Go to
- coordination compounds Go to
- crystal engineering Go to
- crystal engineering Go to
- crystallography Go to
- Crystal structure prediction Go to
D
- dendritic and other functional polymers Go to
- development of instruments and techniques Go to
- development of new synthetic methods Go to
- development of original methodologies to determine the asymptotic electronic and vibrational (hyper)polarizabilities of the infinite polymer chains Go to
- Directed Evolution Go to
- disease Go to
- Dynamic Kinetic Resolution Go to
- dynamics in phase space, including the application of information theory Go to
- dynamics of concentrated polymer solutions and melts Go to
- dynamics of ligand and electron exchange reactions for actinides Go to
- dynamics of separation processes Go to
E
- Electrochemistry Go to
- Electron based nanochemical analysis Go to
- electronic structure of metal complexes Go to
- electronic structure (static and dynamic) of transition metal compounds Go to
- electron transfer reactions Go to
- energy harvesting and conversion Go to
- enzyme mechanisms Go to
- EPR spectroscopy Go to
- ethological chemistry Go to
- ethology, ecology and evolutionary biology Go to
- explosion and combustion processes Go to
F
- fine chemicals C1-chemistry Go to
- folding Go to
- Fourier Transform nuclear magnetic resonance spectroscopy Go to
- functional macromolecules for targeted drug delivery, diagnostics, immunotherapy. Go to
- functional models of metalloproteins Go to
G
- gas-phase electron diffraction Go to
- gas-phase electron diffraction Go to
- gas/solid structure differences Go to
- general problems of symmetry Go to
- Green chemistry Go to
- green chemistry Go to
H
- Heterogeneous and Homogeneous Catalysis Go to
- heterogeneous catalysis Go to
- heterogeneous catalysis Go to
- Heterogeneous catalysis Go to
- heterogeneous catalysis Go to
- hibrid organic-inorganic catalysts Go to
- high-temperature chemistry Go to
- high-temperature chemistry Go to
- history and culture of chemistry Go to
- homo- and heteropolynuclear complexes Go to
- homogeneous catalysis by complexes of rhodium, iridium, ruthenium and osmium Go to
- homogeneous catalysis Go to
- homogeneous transition metal based catalysis Go to
- hotochemistry Go to
I
- Identification of chromophores and the determination of excited state molecular geometries Go to
- industrial applications of Mössbauer spectroscopy Go to
- Industrial isotope techniques Go to
- industrial process development Go to
- Infrared, Raman and Resonance Raman Spectroscopy Go to
- initial developments of oral contraceptives, antihistamines and topical corticosteroids Go to
- inorganic chemistry and bioinorganic chemistry Go to
- inorganic chemistry Go to
- inorganic chemistry Go to
- inorganic chemistry of transition metal complexes Go to
- inorganic coordination chemistry Go to
- inorganic/organometallic chemistry Go to
- instrumental microscopic analysis with ion, electron and laser beam techniques and synchrotron X-ray sources Go to
- interactions metal ions Go to
- intermolecular interactions Go to
- intramolecular and intermolecular interactions Go to
K
- kinetic of chemical reactions Go to
- kinetics Go to
L
- ligands with delocalized electronic system Go to
M
- magnetic and electric interactions in coordination compounds and magnetic materials Go to
- magnetic interactions Go to
- magnetic molecular materials Go to
- magnetic properties of polymetallic complexes Go to
- Magnetic resonance and catalysis Go to
- magnetic resonance Go to
- materials chemistry Go to
- Mathematical aspects of structure Go to
- Matrix isolation spectroscopy and spectroelectrochemistry Go to
- mechanistic enzymology Go to
- mechanistic studies Go to
- medicinal and biological chemistry Go to
- Medicinal applications Go to
- mesoporous materials as catalysts Go to
- metal complexes of functional enolates Go to
- metal-DNA interactions Go to
- metal halides Go to
- metal ions and their function in biological systems Go to
- Metallodendritic polymers and functional nanoparticles (synthesis, properties and applications) Go to
- metallosupramolecular chemistry Go to
- Metal-metal bonded species such as [Re2Cl8]2-, Rh2(O2CCH3)4, [Mo2(CN)8]4- Go to
- methodological research on the electronic properties of polymers and development of computer programmes (POLYMOL, PLH, VEH) for calculating band structure and properties of polymers Go to
- microphase separation in polymer systems Go to
- microporous materials as catalysts Go to
- misfolding Go to
- Mixed-valence compounds and the inorganic chemistry/materials science frontier Go to
- modeling of genetic and metabolic networks Go to
- models for metalloproteins Go to
- models of molecular geometry Go to
- molecular architecture, cluster chemistry and polymetallic reactivity Go to
- molecular biology Go to
- molecular chemistry Go to
- molecular clusters Go to
- Molecular electronics Go to
- molecular inorganic chemistry Go to
- Molecular Inorganic Chemistry Go to
- molecular-level devices and machines Go to
- molecular machines Go to
- Molecular Magnetism Go to
- Molecular materials in water Go to
- molecular mechanisms of the catalytic synthesis of ammonia over iron (Haber Bosch process) Go to
- molecular nanotechnology Go to
- molecular recognition and intermolecular interactions (catalysis; biomacromolecules) Go to
- molecular spectroscopy Go to
- molecular therapy Go to
- multiphase processes Go to
N
- nanoelectronics and molecule based logic devices Go to
- nanoscale patterning and growth Go to
- Nanoscience and nanotechnology Go to
- nanoscience Go to
- nano sciences Go to
- nanoscience, ultra-thin-oxide films, molecular beams, spectromicroscopy Go to
- nanotechnology Go to
- natural product synthesis Go to
- new materials with main group elements of groups 2, 13, 14 and 19 of the periodical system Go to
- non-stoichemistry in oxides Go to
- nucleosides and nucleotides Go to
O
- oil conversion Go to
- organically doped metals Go to
- organic chemistry & catalysis Go to
- organic chemistry Go to
- organic chemistry Go to
- organic chemistry Go to
- Organic chemistry Go to
- organic electronics Go to
- organic radicals Go to
- organic synthesis Go to
- organometallic chemistry and homogeneous catalysis Go to
- organometallic chemistry Go to
- organometallics directed towards organic synthesis Go to
- Organo- Metallic Transformation Go to
- oscillatory reactions on platinum surfaces Go to
- Oxalate-bridged and perfluorophthalate-bridged complexes of dimolybdenum and ditungsten Go to
P
- β-peptides Go to
- petro-chemicals Go to
- Phase transformations in solids and solid-state chemical reactions Go to
- Photobiology Go to
- photocatalysis Go to
- photochemical solar energy conversion Go to
- photochemistry Go to
- Photochemistry Go to
- photochemistry on solid surfaces Go to
- photoinduced processes at surfaces , scanning probe microscopy and spectroscopy Go to
- photophysics Go to
- physical chemistry at surfaces and interfaces Go to
- physical chemistry Go to
- physical chemistry Go to
- physical chemistry Go to
- Physical Chemistry Go to
- physical chemistry Go to
- physical chemistry of polyelectrolytes and ionomers Go to
- physical chemistry of polymers Go to
- physical organic chemistry Go to
- physical organic chemistry Go to
- polyelectrolyte responsive gels Go to
- polymer chemistry Go to
- polymer liquid crystals Go to
- polymer science Go to
- polytopic ligands Go to
- preparation, structure and reactivity of organometallic and coordination complexes Go to
- Problems of polymorphism Go to
- proteins Go to
- proton-conducting polymer membranes Go to
Q
- quantum chemistry Go to
- quantum chemistry Go to
- Quantum Chemistry (main applications on the inorganic chemistry of heavy elements) Go to
R
- Raman characterisation of semiconductors and doped carbon nanotubes Go to
- Raman microscopy, pigment identification and the Arts/Science/Archeology interface Go to
- reaction dynamics and mechanism in large systems including clusters and in solution Go to
- RNA bioinformatics Go to
- RNA molecular structures Go to
- role of long-range electrostatic interactions and analysis of the interplay between electronic (de)localisation, exchange effects, size of energy bands and the importance of electronic correlations Go to
S
- selective catalytic syntheses based on multiple activation of simple molecules such as carbon monoxide, acetylene and carbon dioxide under mild conditions Go to
- signal transduction chemistry Go to
- single molecule spectroscopy Go to
- Single molecule spectroscopy Go to
- small ring chemistry Go to
- solid state and materials chemistry Go to
- solid state chemistry Go to
- solid state chemistry of oxides, chalcogenides and halides Go to
- spectroscopy & surface chemistry Go to
- statistical physics of macromolecules Go to
- steroid chemistry Go to
- structural biology Go to
- structural chemistry Go to
- structural chemistry Go to
- structural chemistry Go to
- structural chemistry (inorganic and organic compounds, metalloproteins) Go to
- structural methods (X-ray and neutron diffraction, EXAFS) Go to
- structure determination Go to
- structures and properties of inorganic and metal-organic solids with unusual kinds of physical behaviour such as ferromagnetism and superconductivity Go to
- studies on model catalysts Go to
- Subsequent development of multi-dimensional NMR techniques Go to
- Sugars and glycochemistry Go to
- sulfur and silicon stereochemistry Go to
- supramolecular chemistry Go to
- Supramolecular chemistry Go to
- supramolecular chemistry Go to
- surface physics and chemistry Go to
- surface science and solid state chemistry Go to
- synthesis Go to
- synthesis Go to
- Synthesized abscisic acid, alkenes, and oxazoles Go to
- synthetic approaches to macromolecules with controlled architecture Go to
- Synthetic, spectroscopic and structural studies on transition metals Go to
T
- Theoretical and Computational Molecular Sciences Go to
- theoretical chemistry Go to
- theoretical chemistry Go to
- theoretical design of highly conducting organic polymers and molecular engineering of polymeric materials of interest in nonlinear optics Go to
- theoretical inorganic chemistry Go to
- theoretical interpretation of X-Ray (ESCA) or UV-induced photoelectron spectra of polymers and their use for the explanation of substitution, conformation and disorder effects Go to
- theory of molecular evolution Go to
- Titanium dioxide and its self-cleaning properties when deposited on plate glass Go to
- topological restrictions in polymer systems Go to
- transition elements Go to
U
- ultratrace speciation analysis with hyphenated techniques Go to
- unstable species Go to
- Use of crystal structure analysis as tool for studying chemical problems Go to
V
- vapour-liquid equilibria Go to
- Vectors for drug delivery Go to
- Virtual crystallography Go to
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