{"content":[{"text":"Meeting Date: June 9-11, 2014 \n Meeting Location: Georgia Tech \n Atlanta, GA, USA \n Submit Abstract by: \n http://www..... / \n Theme I. Nanogenerators: \n  Piezoelectric nanomaterials \n  Nano-scale piezoelectric effect \n  Piezoelectric nanogenerators as power source \n effect \n Organizing Chairs:  Nano-scale triboelectric \n Triboelectric \n (Georgia Tech)  nanogenerators for mobile electronics \n Zhong Lin (ZL) Wang \n Xudong Wang (Univ. Wisconsin)  Hybrid energy cell technology \n  Integration of power conversion and storage \n Meeting Committee: \n Power source for flexible electronics \n Christian Falconi (U. Tor Vergata, Italy)  \n Jianhua Hao (HK Polytechnic U.)  Self-powered devices/systems \n Sang-Woo Kim (Sungkyunkwan U., \n  Nanogenerators as active sensors \n Korea) \n Keon Jae Lee (KAIST, Korea)  Modeling of electromechanical processes \n Chuan-Pu Liu (NCKU, Taiwan) \n Theme II. Piezotronics: \n Max Migliorato (U. Manchester, UK) \n Mireille Mouis (IMEP-LAHC, France) \n  Piezotronic effect \n Greg Rohrer (Carnegie Mellon U., USA) \n Magnus Willander (Linköping U.,  Piezo-phototronic effect \n Sweden) \n  Piezotronic transistors and systems \n Hongqi Xu (Lund U., Sweden) \n Yue Zhang (USTB, China)  Piezotronic effect in energy science \n  Piezocatalysis \n  Piezotronic electrochemistry \n  Materials for piezotronics and piezo-phototronics \n  Interfacing piezotronics with biology/medicine \n  Interfacing piezotronics with CMOS technology \n  Piezotronics for sensors, MEMS and human-machine interface","bbox":{"left":0.013333,"top":0.247665,"width":0.9651339999999999,"height":0.738185}}],"images_bbox":[{"left":0.408,"top":0.085,"width":0.592,"height":0.118333},{"left":0.172,"top":0.0285,"width":0.828,"height":0.065667}],"images_bbox_not_text_overlap":[{"left":0.408,"top":0.085,"width":0.592,"height":0.118333},{"left":0.172,"top":0.0285,"width":0.828,"height":0.065667}]}