News

A new lab-on-chip for cell studies paper  was published in the Journal of Applied Physics. We would like to congratulate Tetsuhiko and Bernhard for their contribution to this work on this important topic.

Congratulations Tetsuhiko and Lukas on publishing your new paper in Advanced Material Technologies. The article shows how to implement tamasudare structures with additive manufacturing for biomedical implants.

We have a new opening for a Master's project on developing soft interfaces for nerve stimulation and recording, one of the most challenging and current aspects of neuroengineering. Further details can be found here. For a full overview of available BSc/MSc or internship topics, see here.

Welcome back Fulvia! After a successful Master project in the group, she'll continue researching on neural interfaces on her Ph.D. We are looking forward to working with her and wish her a great start!

We gladly are happy to have Nouran back with us! In her post-doc, she will be working on neural interaces in collaboration with NTT-Research. Welcome back, Nouran!

We are glad to announce that Bhawana published her work in Advanced Material Technologies! In her work she presents a new composites for the development of biosensors.

We gladly announce that Leroy successfully defended his thesis "Printed 3D electrodes for sensing and bioelectronics". Congratulations Leroy on getting your Ph.D. title! We wish you all the best in your future endeavours.

We have a new opening for a Master's project on patterning cellular networks as models for 2D excitable systems. The project is aimed towards local-growth control of cardiomyocite-like cells using surface patterning technologies. Further details can be found here. For a full overview of available…

We are glad to announce that Sabine published her work in ACS! In her work she presents a silicone-hydrogel hybrid material for stereolithographic printing of biomedical devices.

Korkut's new paper got accepted for publication in APL materials! In it he investigates soft peripheral nerve interfaces made from carbon nanotubes embedded in silicone.