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1000-in-1-filament
The project objective is to simplify the production of flexurally rigid bicomponent fibres of the Island-in-the-Sea type with a high defined number |
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3D printed membrane structures
In this project, Prof. Wessling's group deals with the production of complex geometries for membrane applications. |
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A light modulated hydrogel system
Cells in the human body are constantly subjected to internal forces and cyclic strains, rather than to constant forces. |
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A microgel clock
The project aims to develop a mesoscopic self-oscillatory device based on microgel. |
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A microgel self-oscillator
This project aims to investigate a self-oscillating microgel system that is driven by continuous-wave laser light. |
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A Triple Success for Polymer Chemist Robert Göstl
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Aachen-Dresden-Denkendorf International Textile Conference
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ABGEL
The aim of the project is the development of a new temporary spacer material for protecting the rectum during the irradiation of prostate carcinoma |
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About the Leibniz Joint Lab fiT
The Leibniz Joint Lab “fiT" (first in Translation) is dedicated to educate and guide researchers with basic research discoveries in the bi |
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ACTISONO
Ideally, drug treatments should be designed to be as precise and controllable as possible in order to administer the active ingredients at the site |
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ACTISONO at a Glance
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ACTISONO related Publications
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AIX-DEZI
The joint project 05 - AIX-DEZI “Decentralized industrial application” is |
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AMOVION
Desalination is not only about producing freshwater, but also about recovering valuable salts. |
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An insight into the work at DWI within the Interreg project INFLOW
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