PhD position open at the Max Planck Institute for Intelligent Systems!
Biohybrid robotics, neural interfaces & adaptive sensing in the CyRIS group.
👉 Apply here: https://t.co/OnYn5HcBsn
#PhDposition#ResearchJobs
Very interesting blog from Cellink about understanding bioelectronics featuring our paper on Bionic Interfaces. It's great to see the rising interest in the topic! https://t.co/RRB8YKpCGN
I really enjoyed Open Doors day at @Empa_CH . Many exciting booths and discussions. Big congrats to Frank Clemens and his team for putting together an amazing booth!! Very interesting demonstrators in sensing, 3D printing and Robotics.
I really enjoyed the many interesting talks during the presentation of my poster about a proprioceptive hydrogel-based soft robot during the 2024 bioinspired materials conference! This is a collaborative work between @SMaL_EPFL and @EPFL_CREATE.
Our recent article in Advanced Science combines multi-sensory materials with neural network algorithms. Bringing artificial sensing closer to natural sensory perception thanks to a collaboration within @SHERO_FET. https://t.co/lbSaGO1Gob
Prosthetics can be now equipped with temperature, deformation and tactile sensing capabilities. Our article has been published in advanced intelligent systems. This work is part of the Shero project @SHERO_FET. https://t.co/jt7z70eR2V
@Shramisu and Louisa Eckey organized a fantastic workshop with hands-on experience in 3D printing of soft materials. Part of the @CostEssence 3rd training school organized @Empa_CH.
It was a great pleasure to meet all the participants during the robotic sensing workshop of the 3rd training school organized at Empa. @CostEssence@Empa_CH
Dr. Frank Clemens gave a very interesting keynote presentation during the PPS-38 conference on the topic of self-healing sensors. This work is part of @SHERO_FET.
Speakers of our Soft Robotics Special Symposium the #PPS38 incl. Rob Shepherd, Yong Lae Park, Cecilia Lasci, Dorina Opris, @edomil , Antonia G., Matthew Hausladen, and many others #biomimetic@falktauber#softrobotics @Empa_CH
We had the final review of the Shero project. The research ended for this project but partners continue to innovate for more sustainable robots. Stay tuned for the further dissemination of our self healing soft robot demonstrators.
Magnetorheological elastomers are compatible with material extrusion additive manufacturing. @Shramisu just had her first first author paper published. Congratulations for the great work!
Her project is part of @SmarTitn .
https://t.co/7k3k3Bb02Y
Damage detection in self-healing elastomers for soft robots is now possible with 3D printed sensors. Our article, made with the amazing help and contribution of our @SHERO_FET partner is online.
https://t.co/QCoZIEEElR