Research Area A: Molecules & Inks
Research Area A is dedicated to the development of functional (macro)molecular inks.
The research focus lies on the design, synthesis, and application of small molecules and macromolecules as printable feedstock materials, enabling the fabrication of materials with novel optical, electronic, and mechanical properties. By exploring a broad spectrum of building blocks, ranging from inorganic molecules (e.g., metal clusters and complexes) to functional organic and bio(in)organic systems, Research Area A “Molecules & Inks” provides the molecular foundation of the Cluster 3DMM2O.
Small Molecular Inks (A1)
Sub-Area A1 “Small Molecular Inks” focuses on inks with molecular precision at the small- and medium-size molecule scale, enabling highly accurate and predictable 3D printing. These inks, based on both organic and inorganic molecules, expand the range of printable materials and open new opportunities for novel functional structures.
Related Lighthouse Projects:
Macromolecular Inks (A2)
Sub-Area A2 “Macromolecular Inks” focuses on the design and synthesis of functional printable systems based on natural and synthetic macromolecules. It also develops new (photo)polymerization and bioconjugation methods for 3D printing, providing a versatile toolbox that enables the precise fabrication of materials with entirely new properties.
Related Lighthouse Projects: