Institute of Solid State Physics
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SS23 WS23 SS24 WS24 SS25 Guidelines for Master Students
Development of stretchable e-skin sensors Sensors for electronic skins (e-skin) undoubtedly possess the property of being stretchable. Previously our group developed e-skin sensors for force, humidity, and temperature. Such sensors were deposited on PET which is not stretchable material. In this thesis, similar sensors will be deposited on PDMS, coated with nanostructures obtained by two-photon lithography . The aim of the thesis will be to test the functionality of the sensors and of the electronics related to them upon cycles of substrate stretching and relaxing. |
