Nanolab is an interdisciplinary research group at Tufts University led by Dr. Sameer Sonkusale.

At Nanolab, we are interested in answering the following questions: "How can micro- and nano-electronics benefit lifesciences and medicine?", "Can we build single-chip sensors and instruments on silicon CMOS", and "how do we explore emerging concepts (e.g. metamaterials, plasmonics) and novel materials (e.g. carbon nanotubes, graphene) for new and improved functions in our devices, circuits and sensors?".

Some current research focus areas in our group are:

  1. Nanoelectrochemical Systems on Silicon
  2. CMOS Image Sensors for Scientific Imaging
  3. CMOS-Nano Integration: CMOS For Nanoassembly and Nanofabrication
  4. Circuits and Systems for Wearable and Implantable Biomedical Microdevices
  5. Analog to Information Converters and Compressed Sensing Front Ends
  6. Asynchronous Analog and Mixed Signal Design
  7. Active Metamaterial Devices, Circuits and Systems
  8. Digitally Assisted Analog Design

Please browse through our research and publications section to learn more.

NEW!! Research Assistantship positions are available to promising graduate students for Spring 2012. Click here for more information.

Latest News

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Shideh succesfully defends her PhD dissertation!

Shideh Kabiri Ameri succesfully defended her PhD dissertation on "Two and three dimensional graphene for electronics, sensing and biotechnology". She is graduating with more than 11 journal (published and submitted), 11 conference papers and 1 invention disclosure to her name. Congrats on a job well done!


Sonkusale to serve on the Editorial Board of Scientific Reports

Sonkusale has been invited to serve on the editorial board of the Scientific Reports, a Nature journal.


Sonkusale invited to NAE US Frontiers of Engineering Meeting

Sonkusale has been selected as one of the 100 participants for the NAE US frontiers of engineering meeting to be held in Irvine CA in Sep 2015.



Non-foster metamaterial work accepted for publication

Guoqing Fu's manuscript titled, "Broadband Wireless RF Power Telemetry Using a Metamaterial Resonator Embedded With Non-Foster Impedance Circuitry" has been accepted for publication in Applied Physics Letters. The manuscript utilizes non-foster termination to broaden the bandwidth of SRR and utilize it to harvest power from incoming RF wireless signals.

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