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Welcome New Group Member
2022/02/01
We welcome Oleksandr Moskalyk as a new PhD student in our group. Alex will work on strategies for enzyme stabilization in nanopores.
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Picture: HIGHEST, TU DarmstadtPicture: HIGHEST, TU Darmstadt
TU Ideenwettbewerb 2021 / TU ideas contest 2021
2022/01/31
Congratulations to Dr. Nicole Rath and Mathias Stanzel for getting the second place of the TU ideas contest 2021 with the Pioneer Fund project CeraSleeve (Collaboration with Prof. Biesalski).
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Welcome New Group Member
2023/01/18
We welcome Marius Kirsch as new group member. He will work on our DFG project related to plasmon induced nanolocal polymerization.
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Congratulations!
2021/12/17
Congratulations to Maria for successfully defending her work on local placement of different functional polymers in nanopores for sensing. All the best for your future career!
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GDCh lecture: Prof. Thommes
2022/12/06
Prof. Thommes ( FAU Erlangen ) is visiting us in the context of the GDCh lecture . We are looking forward to inspiring discussions.
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Career Bridging Grant and Alexander von Humboldt Fellowship to Dr. H. Samet Varol
2021/11/15
Congratulations to Samet Varol, who received both Career Bridging Grant (CBG) from TU-Darmstadt dex.en.jsp) and Feodor Lynen Research Fellowship from Alexander von Humboldt Stiftung.
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Masterthesis
2021/11/10
We are searching for highly motivated students to work on stereolithography-based 3D printing of mesoporous silica structures. We are offering two mastethesis topics for chemistry and mechanical engineering students. If interested please contact Prof. Andrieu-Brunsen.
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Welcome New Group Member
2021/11/01
We welcome Mohadeseh Bagherabadi as new group member.
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DFG Funding
2021/08/30
We are very delighted to receive funding from the DFG to continue our project on 3D-nanolocal polymerization in nanopores using near field modes as light source! Looking forward to the upcoming adventures.
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Career Bridging Grant
2021/07/28
Congratulations to Samet Varol, who received a Career Bridging Grant from TU-Darmstadt. Samet will work on mechano-gating (e.g., via stretching) to control the ionic transport of flexible smart-gating membranes.