主題🕤：  Understanding the Device Physics of Organic Field-effect Transistors

主講人👨🏿‍💻： 胡袁源 博士

地點：   意昂學術交流室（2號學院樓西6樓2632室）

時間：  2017-04-11（周二）14:00

組織單位🧍🏻‍♂️：意昂

   主講人簡介：胡袁源博士2008於南京大學獲得學士學位；2011年於國家納米科學意昂獲得碩士學位；2015年於劍橋大學獲得博士學位；2015年至今為加州大學聖巴巴拉分校Center for Polymers and Organic Solids博士後。主要研究興趣為:1) 有機半導體物理,如有機半導體的電荷傳輸機理以及光電性質； 2) 有機半導體器件物理🤛🏽，如OFET, OPV和OLED中的器件物理；3)基於有機半導體的應用，如柔性電路，可穿戴/拉伸電子等。目前已在Advanced Materials, ACS Nano, Advanced Energy Materials, Science Advances, Applied Physics Letters等期刊上發表文章14篇，其中第一作者（通訊作者）8篇✂️。

   報告摘要：Organic field-effect transistors (OFETs) are the most elementary devices in organic electronics and are the core components for realizing flexible displays, flexible electronics and wearable/stretchable electronics. Understanding the device physics in OFETs, which includes the charge transport physics of organic semiconductors (OSCs), the charge injection physics at metal/OSC contact or the charge trapping physics, is critical to the development of high-performance OFETs and to the commercialization of related products. In this presentation, the speaker will introduce his recent work on investigating the device physics of OFETs and also the outlook of future research opportunities and directions.