IEEE NY JOINT MTT AP PHO & NANO CHAPTER – SEMINAR: FLEXIBLE ELECTRONICS TO SEE DEEPER AND GO FARTHER

Abstract – Printing with solution-processable materials is a versatile
approach that can lead to devices that are economical and easily
reconfigurable. Here we present the design and additive processing of
polymeric materials to achieve optoelectronics and energy storage for
Internet of Things applications. We will discuss two example use cases,
including sensors for infrared imaging that enable deeper penetration depth
and structural supercapacitors for energy storage. The presentation aims
to summarize the key challenges and future opportunities of integrating
polymer electronics in various remote sensing applications such as in
motion detection and internet-of-things sensor networks.

Bio – Tina Tse Nga Ng is a Professor in the Electrical and Computer
Engineering Department and affiliated with the Materials Science Program
at University of California San Diego (UCSD). She received her B.S. in
chemistry from Knox College and Ph.D. in physical chemistry from Cornell
University. She started her career at Xerox Palo Alto Research Center, prior
to joining UCSD in 2016. Dr. Ng is a Fellow of the National Academy of
Inventors, recipient of the NSF Mid-Career Advancement Award, and
appointed as a Distinguished Lecturer by the IEEE Sensors Council. She
is currently an Associate Editor for the journals Flexible Printed Electronics
and IEEE Journal on Flexible Electronics and serving on the editorial board
of ACS Applied Electronic Materials

Co-sponsored by: prof. Matthew Sfeir – Advanced Science Research Center – the Graduate Center – City University of New York

Speaker(s): Tina Tse Nga Ng

Room: 1st Floor Auditorium, 85 SAINT NICHOLAS TERRACE, NEW YORK, NY , New York, United States, 10031