Surface properties of nanoparticles and the corresponding (de-) agglomeration phenomena are crucial for nanoparticle functionalities and processability. However, especially in optically dense media the investigation of agglomeration is challenging. Three groups of the CRC1411 have joined forces for ...
Two CRC1411-related lectures taught by Prof. Nicolas Vogel were included in the “Bestenlisten”, with “Polymer Materials” ranking 2nd, and "Grenzflächen in der Biotechnologie” ranking 3rd in the whole TechFac. These awards show how the results of the CRC1411 and LFG research contribute to the success...
The recent joint paper of the groups of the PIs Harting, Vogel, Peukert, Inayat and Fröba, published in the Journal of Colloid and Interface Science, made it to the cover! Here we described how particles diffuse in confinement. Read more here.
The unique optical and catalytic properties of atomically precise gold nanoclusters make them highly promising candidates for advanced photovoltaic, catalytic and sensing applications. Since these properties strongly depend on the exact nanocluster size, separation techniques are required to produce...
Controlling the structure and porosity in hierarchical porous materials is a key design feature that enables their successful application in chromatography. Led by researchers of the project B01, CRC1411 researchers tailor the emergent, hierarchical porosity in spray-dried supraparticles via distinc...
Particle diffusion under confinement is one of the key parameters for the design, optimization, and understanding of particle chromatography. A joint effort of the groups of the PIs Harting, Vogel, Peukert, Inayat and Fröba, published in the Journal of Colloid and Interface Science, sheds light ...
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 supp...
We are holding a 2-day International Symposium from 20-21 March 2023. The event will bring together researchers from around the world to showcase the latest research progress in the targeted design of particulate products supported by rigorous optimization of structure-property and process-structure functions. Don’t miss out – register today!
According to an evaluation by Stanford University, our PIs Prof. Martin Hartmann and Prof. Matthias Thommes are among the top 2 percent of the most cited scientists worldwide. The list was published by researchers at Stanford University who evaluated the Scopus database, the largest abstract and cit...
From 6-10 November 2022, the Erlangen Collaborative Research Centre 1411 organises an International Workshop on "Optics: Simulation and Optimization".
Optical properties of particulate products play a crucial role in many applications. Already the composition, size and shape of nanoparticles throug...
