3D Matter Made to Order

Research Program

The vision of the Cluster leads to our Research Program which is formally structured in three Research Areas, which are each subdivided in three Thrusts.

The Cluster of Excellence 3D Matter Made to Order combines the research competencies of KIT and Heidelberg University bringing together researchers and creating innovation and synergies in an enriching environment.

Seizing the complementary strengths of the two universities, the Cluster pursues a highly interdisciplinary approach combining natural and engineering sciences. This means that the 32 Principal Investigators of the two universities bring together a wide variety of scientific backgrounds, ranging from biology, chemistry and physics to engineering and material sciences.

The structure of three Research Areas, each of which is comprised of three Thrusts, matches the vision as it represents the three interdependent steps in the development of scalable digital 3D Additive Manufacturing. 

Research Area Molecular Materials (A) focuses on designing novel molecular “inks” and “resists”, thereby providing the basic building blocks. Research Area Technologies (B) is concerned with advancing the technology of 3D Additive Manufacturing in terms of spatial resolution, speed, scalability, and multi-material printing. The joint advances of Research Areas A and B will create a “technology push”. Building on this “push”, Research Area Applications (C) explores the possibility of novel applications in materials and life sciences.

Area A Area B Area C

Teaser image of RA A depicting molecules
Research Area A

Research Area A is the molecular design center of the 3DMM2O Cluster.

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Teaser image of RA B depicting 3D laser nanoprinting
Research Area B

Research Area B is advancing technologies of 3D Additive Manufacturing.

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Teaser image of RA B depicting a cell scaffold
Research Area C

Research Area C pushes the boundaries by exploring the possibility of novel applications.

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