Building, Leibniz-Institut für Neue Materialien
10.06.2026 | Colloquium
TUESDAY 16.06.26 11:00

Amorphous Intermediates and Polymorph Selection in Molecular Crystallization

Prof. Dr. Michael Grünwald – Associate Professor / Co-Director / Chemistry REU / Department of Chemistry, University of Utah

Abstract „Amorphous Intermediates and Polymorph Selection in Molecular Crystallization“ When matter crystallizes, thermodynamics dictates that the crystal structure with the lowest free energy will prevail in equilibrium. For typical organic molecules, however, the situation is more complicated: many accessible crystal packings often lie within a narrow free-energy range, and crystallization outcomes are frequently controlled less […]

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Light-powered control of materials and biological processes in biofabrication
23.01.2026 | Colloquium
TUESDAY 03.02.26 11:00

Light-powered control of materials and biological processes in biofabrication

Prof. Dr. Riccardo Levato

Speaker Prof. Dr. Riccardo LevatoRegenerative Medicine Center Utrecht and Department of Clinical Sciences Faculty of Utrecht University, The Netherlands Veterinary Medicine Host Prof. Dr. Aránzazu del Campo Abstract Light-powered control of materials and biological processes in biofabrication Unlocking technologies that can steer the spatial and temporal evolution of tissues during development, disease and repair, holds […]

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Controlled Polymerizations Applied to Organic Bioelectronics
06.01.2026 | Colloquium
TUESDAY 13.01.26 11:00

Controlled Polymerizations Applied to Organic Bioelectronics

Prof. Dr. Laure Kayser

Speaker Prof. Dr. Laure KayserDepartment of Materials Science and EngineeringUniversity of Delaware (UD) Host Prof. Dr. Roland Bennewitz Abstract Controlled Polymerizations Applied to Organic Bioelectronics Organic bioelectronics refers to the use of organic materials, particularly (semi)conducting π-conjugated polymers, in electronic devices specifically designed for biological applications such as analyte biosensing, monitoring physiological signals, repairing nervous […]

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