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DESCRIPTION:Abstract – Printing with solution-processable materials is a 
 versatile\napproach that can lead to devices that are economical and easil
 y\nreconfigurable. Here we present the design and additive processing of\n
 polymeric materials to achieve optoelectronics and energy storage for\nInt
 ernet of Things applications. We will discuss two example use cases\,\ninc
 luding sensors for infrared imaging that enable deeper penetration depth\n
 and structural supercapacitors for energy storage. The presentation aims\n
 to summarize the key challenges and future opportunities of integrating\np
 olymer electronics in various remote sensing applications such as in\nmoti
 on detection and internet-of-things sensor networks.\n\nBio -  Tina Tse Ng
 a Ng is a Professor in the Electrical and Computer\nEngineering Department
  and affiliated with the Materials Science Program\nat University of Calif
 ornia San Diego (UCSD). She received her B.S. in\nchemistry from Knox Coll
 ege and Ph.D. in physical chemistry from Cornell\nUniversity. She started 
 her career at Xerox Palo Alto Research Center\, prior\nto joining UCSD in 
 2016. Dr. Ng is a Fellow of the National Academy of\nInventors\, recipient
  of the NSF Mid-Career Advancement Award\, and\nappointed as a Distinguish
 ed Lecturer by the IEEE Sensors Council. She\nis currently an Associate Ed
 itor for the journals Flexible Printed Electronics\nand IEEE Journal on Fl
 exible Electronics and serving on the editorial board\nof ACS Applied Elec
 tronic Materials\n\nCo-sponsored by: prof. Matthew Sfeir - Advanced Scienc
 e Research Center - the Graduate Center - City University of New York\n\nS
 peaker(s): Tina Tse Nga Ng\n\nRoom: 1st Floor Auditorium\, 85 SAINT NICHOL
 AS TERRACE\, NEW YORK\, NY \, New York\, United States\, 10031
LOCATION:Room: 1st Floor Auditorium\, 85 SAINT NICHOLAS TERRACE\, NEW YORK\
 , NY \, New York\, United States\, 10031
ORGANIZER:athielens@gc.cuny.edu
SEQUENCE:18
SUMMARY:IEEE NY JOINT MTT AP PHO & NANO CHAPTER - SEMINAR: FLEXIBLE ELECTRO
 NICS TO SEE DEEPER AND GO FARTHER 
URL;VALUE=URI:https://events.vtools.ieee.org/m/383332
X-ALT-DESC:Description: <br /><p><strong>Abstract </strong>&ndash\; Printin
 g with solution-processable materials is a versatile&nbsp\;<br />approach 
 that can lead to devices that are economical and easily&nbsp\;<br />reconf
 igurable. Here we present the design and additive processing of&nbsp\;<br 
 />polymeric materials to achieve optoelectronics and energy storage for&nb
 sp\;<br />Internet of Things applications. We will discuss two example use
  cases\,&nbsp\;<br />including sensors for infrared imaging that enable de
 eper penetration depth<br />and structural supercapacitors for energy stor
 age. The presentation aims&nbsp\;<br />to summarize the key challenges and
  future opportunities of integrating&nbsp\;<br />polymer electronics in va
 rious remote sensing applications such as in&nbsp\;<br />motion detection 
 and internet-of-things sensor networks.</p>\n<p><strong>Bio - </strong>&nb
 sp\;Tina Tse Nga Ng is a Professor in the Electrical and Computer&nbsp\;<b
 r />Engineering Department and affiliated with the Materials Science Progr
 am&nbsp\;<br />at University of California San Diego (UCSD). She received 
 her B.S. in&nbsp\;<br />chemistry from Knox College and Ph.D. in physical 
 chemistry from Cornell<br />University. She started her career at Xerox Pa
 lo Alto Research Center\, prior&nbsp\;<br />to joining UCSD in 2016. Dr. N
 g is a Fellow of the National Academy of&nbsp\;<br />Inventors\, recipient
  of the NSF Mid-Career Advancement Award\, and&nbsp\;<br />appointed as a 
 Distinguished Lecturer by the IEEE Sensors Council. She&nbsp\;<br />is cur
 rently an Associate Editor for the journals Flexible Printed Electronics<b
 r />and IEEE Journal on Flexible Electronics and serving on the editorial 
 board&nbsp\;<br />of ACS Applied Electronic Materials</p>
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