Research focus
About the research
Can soft, bio-integrated electronic systems provide clinically useful, conformal interfaces to biological tissues for sensing and therapy?
Read the full research overview
The Rogers Group develops bio-integrated microsystems—flexible, stretchable, and bioresorbable electronics—for neonatal monitoring, implantable optoelectronic neuromodulation, and temporary cardiac pacemaking. Researchers design epidermal microfluidic and sensor platforms for real-time chemical and physiological monitoring of sweat and transcutaneous gaseous flux. The group engineers injectable, cellular-scale optoelectronic filaments and multifunctional 3D mesostructures to interface with organoids and neural tissues for measurement and modulation. Work combines novel materials, mechanics-driven self-assembly, and micro/nanofabrication to enable soft lithographic and bioresorbable device platforms.
Selected publications
Publication highlights haven’t been added. Explore the official research profile ↗
People & alumni
Team details haven’t been added. See the lab’s website for its current members.
Alumni details haven’t been added. Check the lab’s official website.
Sources & listing information
Find Research Labs maintains this page using public sources. The faculty member, lab, and university have not claimed or approved this listing. Listing a lab does not indicate endorsement, partnership, or a recruiting opportunity.
Request a correction or removal ↗ · About directory listings