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UID:23657-1650531600-1650542400@mse.utoronto.ca
SUMMARY:2022 Reach Symposium online event 'Resilient Together: Pathways for Sustainable Development'
DESCRIPTION:2022 Reach Symposium \nApril 21-22\, 2022\, 9:00 AM – 12:00 PM ET \nAn online event  \n  \nRegister to attend the 2022 Reach Symposium online event ‘Resilient Together: Pathways for Sustainable Development’ on April 21 and 22\, 2022 from 9:00 AM–12:00 PM ET. \n  \nTo overcome current social and economic shocks\, exhibit vigilance in the face of future disruption\, and ensure the hardest-to-reach are not left behind\, we must be resilient. The 2022 Reach Symposium will centre on resilience and navigating global shocks to advance the achievement of the United Nations’ Sustainable Development Goals. \n  \nFeatured speakers include U of T President Meric Gertler\, Mayor of Freetown\, Yvonne Aki-Sawyer\, President and CEO\, Weeneebayko Area Health Authority\, Lynne Innes\, CEO\, Shared Values Initiative Hong Kong\, Virginia Wilson and many more! View the full line-up of speakers here. \n  \nRegister Now! \n\n 
URL:https://mse.utoronto.ca/event/2022-reach-symposium-online-event-resilient-together-pathways-for-sustainable-development/
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UID:23655-1650542400-1650546000@mse.utoronto.ca
SUMMARY:MSE Graduate Seminar: Toward Printed Electrolyte-Gated Transistors for Flexible Electronics
DESCRIPTION:Presenter: Guan Ying (Jane) Wang\, MASc. Candidate\nSupervisor: Prof. Keryn Lian\, Dr. Ta-Ya Chu (NRC)\n \nAbstract: \n\n\nElectrolyte-gated field effect transistors (EGFETs) have gathered much attention in the last few decades due to their key role in enabling potential printed\, low-cost\, low-power\, portable\, and flexible electronics in applications such as wearable sensors\, flexible solar cells\, and e-textiles. To further the portability and commercial viability of EGFET-based printed electronics\, this study explores the applications of polymer electrolytes in EGFET and their compatibility with inexpensive silver electrodes to replace expensive and process-intensive gold electrode contacts. Several additive manufacturing techniques such as inkjet and screen printing were used to fabricate electrodes in silver and gold for proof-of-concept testing. The electrochemical stability and capacitance characteristics were evaluated for a series of proton and neutral pH ion-conducting electrolytes. Among these aqueous based polymer electrolytes is lithium nitrate (LiNO3) salt in polyvinyl alcohol (PVA) matrix. LiNO3/PVA is promising due to its wider electrochemical window on account of being a neutral pH ion-conducting electrolyte\, as well as its high ionic conductivity and specific capacitance which are necessary for efficient electric double layer gating in sub-1V EGFETs. Subsequently\, this study explores the transistor performance\, optimization\, and outlook of this electrolyte for silver electrode EGFETs.   \n\n 
URL:https://mse.utoronto.ca/event/mse-graduate-seminar-toward-printed-electrolyte-gated-transistors-for-flexible-electronics/
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