Nanomeshing Conventional Neural Electrodes. By nanomeshing conventional electrode metals and low impedance coatings, transparency and ultra-softness are added to conventional electrodes while preserving their high performance.
About Us
We are a group of scientists and engineers in the Thayer School of Engineering at Dartmouth College. Through fundamental innovations on electronic materials and devices, often from the nanoscale, our mission is to bring scalable, multifunctional solutions to address grand challenges facing our society and to also inspire next-generation scientists and engineers. Our research spans many multidisciplinary areas, currently including neural interfaces, electronic materials, and electroactive organisms.
Position openings
We are always looking for talented, motivated, and collaborative postdoctoral fellows, Ph.D. students, and undergraduate research assistants to join us. If you are interested in working together, please send your CV to Prof. Fang (hui.fang@dartmouth.edu).
Our vision
The core of our research program is to develop scalable multifunctional materials and devices to address various grand challenges facing our society, especially in the areas of biology and medicine. We believe scalable multifunctionality is critical to enable convergence research to, on the one hand, respond to the complex spatiotemporal nature of the hard problems we are addressing and, on the other, leverage the global development of artificial intelligence. The need for multifunctionality is to allow the convergence of fields and practices without interfering with each other, while the need for scalability is to enable the intended convergence across spatial and temporal domains.
We are grateful for the support from
