Drug Development

The Molecule Archive is an infrastructure within the KIT-Compound Platform at the Institute of Biological and Chemical Systems – Functional Molecular Systems (IBCS-FMS) at the Karlsruhe Institute of Technology. It was established in 2009 and installed as core facility of the German Research Foundation (DFG-Gerätezentrum) in 2016. The Molecule Archive  fosters the collection and re-use of chemical compounds — obtained as physical outcome of scientific projects — within academia. The main aims are the long-term storage of chemical substances as reference material and the further exploration of their scientific potential through thematically widely spread investigations that are conducted by different collaborating scientists in Germany and abroad. The Molecule Archive aims to link researchers in the fields of chemistry, life sciences and materials science to accelerate the gain of knowledge on the potential of chemical compounds for different applications.

Sustainable Substitutes

Development of environmentally friendly substitutes for toxic or poorly available materials through high-throughput screening

Designer Polymers

Automated synthesis and characterization of tailor-made polymers  through machine-aided optimization of material properties

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Printing KIT
3D Printing

High-throughput development and printing of functional (meta-) materials with new mechanical, optical or electrical properties

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Electronics
Additive Electronics

Integration of electronic materials, components and systems using resource-saving additive manufacturing processes

Molecular Alloys & Glasses

Research and automated synthesis of molecular alloys and glasses with unique mechanical and functional properties for new applications

Hybrid Materials KIT
Hybrid Materials

 Tunable smart hybrid materials with physical properties of the inorganic component and chemical properties of the organic component

High Entropy Materials KIT
High Entropy Materials

HIU HIU,KIT
Teaserbox

Energy Conversion

Automated development and testing of new materials for efficient energy conversion using high-throughput laboratories and autonomous laboratories

Photonics KIT
Photonics

Development of photonic materials with customized optical properties through accelerated materials research and testing methods

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Photovoltaic KIT
Photovoltaics
Catalysis KIT
Catalysis