Prof. Rivnay named Sloan Research Fellow

Jonathan Rivnay is named a 2019 Sloan Fellow in Chemistry, awarded by the Alfred P. Sloan Foundation. This award will continue to fund our work developing and understanding organic mixed conductors, and will allow us to pilot new concepts in applications in organic bioelectronic regenerative engineering and neural interfacing.

Follow the links for the formal press release from the Sloan Foundation, as well as the full list of this year’s fellows.

You can also read the coverage from Northwestern, and Northwestern Engineering.

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Paper on the effects of the electrolyte (anions) on structure and transport in organic mixed conductors published in Adv. Func. Mater.
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Our paper “Role of the Anion on the Transport and Structure of Organic Mixed Conductors” is published in Advanced Functional Materials. Congratulations to Camila, and the entire team. This article highlights the effects of the anion on structure, self-doping, and thus transport and device performance using a suite of electrochemical, structural, spectroscopic and gravimetric probes. Read it online – open access

A continued multinational collaboration with McCulloch, Salleo, and Inal groups!


Prof. Rivnay named CMBE Rising Star

Prof. Jonathan Rivnay was honored on January 2-6, 2019 as a “Rising Star” of the Cellular and Molecular Bioengineering (CMBE) special interest group of the Biomedical Engineering Society (BMES), at the annual CMBE conference held this year in San Diego, CA. Jonathan was one of six early stage PIs recognized this year, and he presented on the group’s new efforts on conductive hydrogels for regenerative engineering applications. It was a pleasure and honor to be among such a stellar group of assistant professors!

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Review on OECT device physics out in Organic Electronics

New review paper is out in Organic Electronics, “Device Physics of Organic Electrochemical Transistors” – as opus by Jacob Friedlein is out. Unlike other reviews in OECTs that focus on chemistry of materials, or give a broad overview of applications, this review highlights aspects related to device physics: scaling behaviors, modeling and disorder, and non-idealities related to parasitic resistance. A must read for any OECT afficionato.

Download it here – open access.


Paper on subthreshold OECT operation for low power EEG published in Advanced Science
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Vishak’s paper “Subthreshold Operation of Organic Electrochemical Transistors for Biosignal Amplification” is now online at Advanced Science. Congratulations, Vishak! This work details the use of OECTs with sharp subthreshold slopes (60 mV/dec) for EEG amplification circuits. We show low power consumption and stability in subthreshold operation. Transconductance efficiencyis the key! Read it online — open access.

Thanks to the McLeod group (Boulder) and materials from McCulloch group (Imperial/KAUST) for making this possible.

Prof. Rivnay receives 2018 NSF Career Award

Prof. Jonathan Rivnay awarded an NSF CAREER award for “Understanding the Role of Structure on Ionic/Electronic Properties in Polymeric Mixed Conductors.”

In addition to studies of structure and transport in materials relevant for bioelectronics, the group aims to enhance science communication through community engagement, exploring the effect of the duration of outreach events on the development of researchers as teachers/mentors. 

Read more about it from Northwestern University.

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OECT review in Nature Reviews Materials

Read our latest overview on Organic Electrochemical Transistor (OECT) materials, devices, technology and applications, published in Nature Reviews Materials with Sahika Inal (KAUST), Alberto Salleo (Stanford), Roisin Owens (Cambridge), Magnus Berggren (Linkoping), and George Malliaras (Cambridge).

This is a solid overview for anyone looking to learn about and to explore the latest in OECTs.

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Welcome Vishak, Reem, and Mayra

With new lab space and equipment, we welcome our post-doc, Vishak Venkatraman, and two new PhD students: Reem Rashid (BME), and Mayra Celene Cortez Alcaraz (BME). They all started in the Summer/Fall 2017 — check out the People section to learn more about them.

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