

Kolloquium


Building complex structures for photocatalytic reactions, hybrid materials for enhanced stability and selectivity
Prof. Dr. Pau Farràs - Associate Professor in Inorganic Chemistry University of Galway (Ireland)
Amorphous Intermediates and Polymorph Selection in Molecular Crystallization
Prof. Dr. Michael Grünwald – Associate Professor / Co-Director / Chemistry REU / Department of Chemistry, University of UtahAbstract „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 […]

Halogen Atoms as Directing Tools: From Chemical Reactivity to Bioactive Compounds
Prof. Dr. Tanja Gulder, Chair of Organic Chemistry – Biomimetic Catalysis Saarland University
Light-powered control of materials and biological processes in biofabrication
Prof. Dr. Riccardo LevatoSpeaker 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 […]

Controlled Polymerizations Applied to Organic Bioelectronics
Prof. Dr. Laure KayserSpeaker 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 […]

STEM study of colloidal semiconductor nanocrystals – quantum dots
Dr. Iurii IvanovDr. Iurii IvanovTEM Application ScientistChief TechnicianElectron Spectroscopy and NanoscopyIIT Istituto Italiano di TecnologiaGenoa, Italy

Biomedical Device Engineering
Prof. Huanyu“Larry” Cheng, Prof. Ghulam Destgeer, Prof. Andreas Güntner, Prof. Sebastian Kruss, Prof.Alexey Tarasov,Monday 26.05.25 08:30-09:00 Prof. Huanyu “Larry” Cheng, The Pennsylvania State University, USAStandalone stretchable device platform for Biomedicine 10:30-11:00 Prof. Ghulam Destgeer, Technical University of Munich, GermanyFrom Lab on a Chip to Lab on a Particle: Engineering Microfluidic Devices for Biomedical Application 14:00-14:30 Prof. Andreas Güntner, ETH Zürich, SwitzerlandMolecular Sensors for Healthcare: From Nanotechnology to Devices […]

Accelerated Research in Materials Science
Prof. Dr. Alfred Ludwig, Dr. Vahid Babaei, Dr. Alvaro Banderas, Dr. Özkan Öslem, Prof. Dr. Kerstin ThurowIn these colloquia, we bring together leading experts in lab automation and data-driven design to discuss how their approaches are advancing research workflows, enabling faster experimentation, and uncovering novel materials. The colloquia will cover advances in robotic and autonomous lab systems for high-throughput synthesis and characterization as well as the role of artificial intelligence and […]
