CRC1411 research combines the strength of simulation predictions with cutting edge characterization technique to discover new materials. In a collaboration between project D04 and C01, and researchers of Indiana University, simulated crystalline structures were finally observed experimentally.
In...
CRC 1411 PI and managing director Johannes Walter will receive the Friedrich-Löffler-Prize 2023 of the VDI – The Association of German Engineers – for his outstanding developments of novel tools for multidimensional characterization of nanoparticles. His contributions to both fundamental science and...
CRC 1411 PI and Vice-Spokesperson Martin Hartmann will receive the Klaus-Unger-Award 2024 of the Zeolite division of DECHEMA for his work on porous solids, which has resulted in "ground-breaking progress in the synthesis and application of these materials". His work has inspired and shaped the zeol...
Using gold nanocrystal seeds to guide the growth of silver patches, CRC 1411 scientists have unlocked a scalable way to produce a rainbow of tunable nanoparticles, opening the door to a range of applications.
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 ...
