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By eliminating the need for GOPS, we enhance performance and uniformity in OECTs and neural electrodes. Heat treatment is also compatible with a range of fabrics and elastomeric substrates, and using a fs laser to locally heat thick films enables patterning 3D microstructures.

Congratulations Christopher Slaughter BioelectronicsLab

Join us on this very exciting course!

New #research involving scientists from Cambridge University, Rice University & Stanford University could make #bioelectronic devices easier and more reliable to manufacture – all thanks to a chance discovery made during an experiment eng.cam.ac.uk/news/chance-di… BioelectronicsLab George Malliaras

Very exciting event, mark your calendars: The Future of Neurotechnology 2025 eventbrite.com/e/the-future-o…

Stimuli-Responsive Materials and Soft Robotic Actuators for Bioelectronic Medicine Chaoqun Dong BioelectronicsLab Engineering Dept cambridge_ee advanced.onlinelibrary.wiley.com/doi/full/10.10…

Our work on supramolecular conductive hydrogels was published in Advanced Materials Advanced Portfolio News. Our new material is highly conductive (~6 S/cm), highly stretchable (>1000%), very soft (~10kPa), and rehydratable.

Looking forward to this! Bioelectronic Medicine by Harvard SEAS events.seas.harvard.edu/event/bioelect…

UK to launch scheme to recruit global research talent after Trump crackdown on.ft.com/4djUDWV

Congratulations Amparo Guemes Ruben Ruiz-Mateos Serrano eng.cam.ac.uk/news/electrica…

Our great pleasure to host Prof. George Malliaras George Malliaras for a HKU BME Distinguished Lecture on Wearables. Welcome to join if you are nearby! The University of Hong Kong HKU Medicine HKU Faculty of Engineering

Thank you for the excellent hospitality Shiming, great to meet your group and colleagues and to see the amazing new work you're doing.

Thank you for the hospitality Iek Man Lei, a pleasure to see a Engineering Dept alumna's academic career take off!

The treatment and monitoring of cancer will be one of the biggest applications of advanced neurotechnology and BCI. Massive potential for patients and one of the lowest risk adoption pathways for this technology. Really could pave the way for mass adoption.

One week to abstract submission deadline for ECME 2025! Submit your abstract here: ecme2025.eu

ECME 2025 will highlight the best work in the field of molecular electronics, including presentations on the synthesis, properties, devices and applications of small molecule and polymer-based electronic materials.