CRC 1411 International Symposium
To coincide with the DFG-funded Collaborative Research Center 1411 entering its fourth year, we held a 2-day International Symposium from 20-21 March 2023. The event brought together researchers from around the world to showcase the latest progress in the targeted design of particulate products supported by rigorous optimization of structure-property and process-structure functions. Based around our four research areas, the symposium featured keynote talks by leading experts and rising stars in the field in addition to talks by CRC 1411 researchers. The programme also included a poster session, providing attendees with the opportunity to network and engage with cutting edge results from one of the hottest areas of particulate science and technology.
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Programme
Download the programme flyer here
08:00 Arrival and registration 08:45 Welcome address Wolfgang Peukert CRC 1411 Coordinator
09:00 Methods for the vacuum-driven assembly of microspheres Gert Desmet Vrije Universiteit Brussel, Belgium
09:45 Mesoporous material polymer functionalization and resulting properties Annette Andrieu Brunsen TU Darmstadt, Germany
10:30 Coffee break 10:50 Watching paint dry – From colloidal droplets to complex nanostructures Arash Nikoubashman Johannes Gutenberg University Mainz, Germany
11:35 Synthesis of hierarchical porous materials for nanoparticle chromatography (CRC 1411 Project B01) Umair Sultan Institute of Chemical Reaction Engineering, FAU
11:55 Chromatographic classification of gold nanoclusters and nanoparticles by liquid chromatography (CRC 1411 Project B04) Lukas Gromotka Institute of Particle Technology, FAU
From 12:15 to 13:20 Lunch will be served in the cafeteria. Lunch vouchers will be provided.
13:20 Room-temperature Aqueous Synthesis of Metallic Alloy Nanoparticles Enabled by Microreactor Satoshi Watanabe Kyoto University, Japan
14:05 Continuous flow synthesis of patchy particles with tailored morphology and optical properties (CRC 1411 Project A03) Julia Seifert Nanostructured Particles Research Group, FAU
14:25 Luminescent Nanoparticles: Photophysics, Mechanistic Studies, and Applications Ute Resch-Genger Bundesanstalt für Materialforschung und -prüfung (BAM), Germany
15:30 From bioinspired structure formation to particle based metamaterials Andreas Fery Leibniz-Institute of Polymer Research
16:15 Strategies for increased color saturation in colloidal photonic crystals (CRC 1411 Project A05) Gudrun Bleyer Self-Assembled Materials Research Group, FAU
16:35 Topology, material and shape optimization for particle ensembles (CRC 1411 Project D05) Nico Nees Chair of Continuous Optimization, FAU
Moderators:
Ana-Sunčana Smith and Nicolas Vogel09:00 Quantitative Study of Nanomaterials for Life Science Applications Ivo Nischang Friedrich Schiller University Jena
09:45 Multidimensional nanoparticle property characterization using sedimentation analytics (CRC 1411 Project C04) Paola Cardenas Lopez Institute of Particle Technology (Advanced Colloid Characterization Group), FAU
10:05 Characterisation of functionalised surfaces and porous materials (CRC 1411 Project B03) Carola Schlumberger Institute of Separation Science & Technology, FAU
10:25 Coffee break 10:45 Spectroscopic electron microscopy in two and three dimensions Georg Haberfehlner Graz University of Technology, Austria
11:30 Towards micron-scale 3D imaging with atomic detail Philipp Pelz FAU, Germany
12:15 Scale-bridging tomography of hierarchical porous materials for chromatography applications (CRC 1411 Project C01) Benjamin Apeleo Zubiri Institute of Micro- and Nanostructure Research, FAU
From 12:35 to 13:45 Lunch will be served in the cafeteria. Lunch vouchers will be provided.
Moscow State University, Russia
14:30 A multi-scale model hierarchy for material flow problems Simone Göttlich University of Mannheim, Germany
15:15 Coffee break 15:30 Continuous flow synthesis and population-balance modelling of InP quantum dots (CRC 1411 Project A02) Zhuang Wang Chair of Particle Science and Technology, UDE
15:50 The Design of Particulate Products: An Approach Based on Reliable, Minimum, Pseudo-Elementary Step Mechanisms Plus Mechanism-Enabled Population-Balance Modeling Richard Finke Colorado State University
16:35 Design of particulate products: From synthesis to color (CRC 1411 Project D03) Lukas Pflug Chair of Continuous Optimization, FAU
The coordinator of the CRC 1411 for the proposed next funding period, Nicolas Vogel, will make some closing remarks.