We are interested in improving the ways that integrated electronic systems interface with the physical world, by designing new high-performance electronic circuits and combining them with new materials and biophysical systems.
Congratulations to Shanshan, Rukshan, and Zi for their TBioCAS paper!
Welcome Shiv to the lab for the summer!
Congratulations to Haeri for winning the Brown EE Outstanding Senior award, and to Carlos, Haeri, and Chet for graduating with honors!
Welcome to the lab Pratistha and Rukshan!
Welcome Carlos, Chet, and Nikhil to the lab for the summer, and a big congratulations to Shanshan for her oscillator paper being accepted to CICC 2015!
Congratulations to graduates Jaime Jimenez (ScM), Zi Yang (ScM), Brant Hoffman (ScB, honors), and Sam Friedman (ScB, honors)!
Congratulations to graduates Max Gottesman (ScM), Stephen Weinreich (ScB), and Jeanette Miranda (ScB), and welcome Andrew Tian and Sam Friedman to the group as undergraduate summer fellows!
Congratulations to Stephen Weinreich for receiving the Brown University Distinguished Thesis Prize for his honors thesis, "A Wireless Glucose Sensor on a Paper Substrate"
"Integrated circuit-based electrochemical sensor for spatially resolved detection of redox-active metabolites in biofilms" was published in Nature Communications. [link]
"High-Bandwidth Protein Analysis Using Solid-State Nanopores" was published in Biophysical Journal! [link]
"Slow DNA Transport through Nanopores in Hafnium Oxide Membranes" was published in ACS Nano! [link]
Shanshan Dai joins the group as a graduate student.
Kevin Jung & Cynthia Barajas presented their research at the Leadership Alliance National Symposium, IMNI REU Mini-conference, and Brown Summer Research Symposium.
Jacob presented "Temporal Resolution of Nanopore Sensors" at the 2013 IEEE Engineering in Medicine and Biology conference in Osaka.
Chris Tow joins the group as a graduate student.
"Differentiation of Short Single-Stranded DNA Homopolymers in Solid-State Nanopores" was published in ACS Nano! [link]
Embedded Microelectronics for the Life Sciences.
Nanopore sensors, ion channels, and electrophysiology We are developing high-performance electronic systems for nanopore sensors for the next generation of single-molecule DNA sequencing, as well as looking into new ways to measure and use ion channel proteins with electronic systems.
Mixed-signal electronics We want to be at the cutting edge of extending and applying mixed-signal design techniques to ultra-low-power and ultra-low-noise applications.
Ubiquitous sensing and computing We think everything should be electronically active, and are exploring new ways to integrate electronic features into things around us.