Sharing our job post with you all:

Our group at @tum.de is looking to hire a postdoc! It is funded by the @erc.europa.eu Project NANeurO to engineer next generation nanoscale bioelectronics. Please share, and reach out if you'd like to join us in Munich! Details here: www.tinyurl.com/NANeurOPostDoc

Sharing our job post with you all:

Our group at @tum.de is looking to hire a postdoc! It is funded by the @erc.europa.eu Project NANeurO to engineer next generation nanoscale bioelectronics. Please share, and reach out if you'd like to join us in Munich! Details here: www.tinyurl.com/NANeurOPostDoc

Sharing our job post with you all:

Our group at @tum.de is looking to hire a postdoc! It is funded by the @erc.europa.eu Project NANeurO to engineer next generation nanoscale bioelectronics. Please share, and reach out if you'd like to join us in Munich! Details here: www.tinyurl.com/NANeurOPostDoc

Our group at @tum.de is looking to hire a postdoc! It is funded by the @erc.europa.eu Starting Grant Project NANeurO to engineer next generation nanoscale bioelectronics. Please share, and reach out if you'd like to join us in Munich! Full job application details here: www.tinyurl.com/NANeurOPostDoc

The nanoelectrodes are made of magnetoelectric materials, which means they work by converting a magnetic signal into an electric signal. So, we can wirelessly power them using a magnetic signal. (More beautiful artwork by Moritz).

We make wireless neural stimulators out of nanoparticles, or "nanoelectrodes". We can wirelessly power them to generate a local electric field. So, they can work like a very small, wireless bioelectronic, and be used to e.g. stimulate the brain. (Artwork by student Moritz Hocher shows the idea).

Hello Bluesky! What a relief to be back in a nice scicomm social media space. Like many of you, I just got here, so I'd like to introduce my group and our work....