34 Organic, Polymeric, and Hybrid Semiconductors


Description:
Organic, polymeric, and hybrid-inorganic (such as organic-nanoparticle and hybrid perovskite) semiconductor materials continue to receive interest due to their compatibility with low-cost, high throughput processing techniques. These materials have been demonstrated as the active material in light-emitting devices, photodetectors, thin-film transistors, lasers, and a variety of sensors. This session welcomes submissions examining the synthesis, processing and characterization of organic, and hybrid organic-inorganic semiconductor materials and their application in electronic and optoelectronic devices. Experimental, theoretical and computational papers are welcome.

Sponsor:
Electronics and Photonics


Chair:
Rizia Bardhan
Assistant Professor
Vanderbilt University
Chemical and Biomolecular Engineering
Nashville, TN
37235
Email: rizia.bardhan@vanderbilt.edu

Co-Chair:
Vivian Ferry
Assistant Professor
University of Minnesota
Department of Chemical Engineering
Minneapolis, MN
Email: veferry@umn.edu


Papers:
34a
Printing Fully Stretchable Thin-Film-Transistor Array
Jia Liu, Stanford University; Francisco M. Lopez, Stanford University; Jiechen Wang, Stanford University; Nathan G.-J. Wang, Stanford University; Jinyoung Oh, Stanford University; Sihong Wang, Stanford University; Zhenan Bao, Stanford University
34b
Conjugated Macrocycles for Ultra-Sensitive Organic Photodetectors
Yu Zhong, Columbia University; Boyuan Zhang, Columbia University; Xiaoyang Zhu, Columbia University; Colin Nuckolls, Columbia University
34c
Connecting Crystalline Domains: Blending Conjugated Polymers of Differing Molecular Weights for Enhanced Charge Transport
Michael McBride, Georgia Institute of Technology; Nils Persson, Georgia Institute of Technology; Danny Keane, Georgia Institute of Technology; Martha A. Grover, Georgia Institute of Technology; Elsa Reichmanis, Georgia Institute of Technology
34e
Aggregation Structure and Solvation of  Solution-Phase PTB7
Daniel Reid, University of Chicago; Nicholas Jackson, Argonne National Laboratory; Juan J. de Pablo, University of Chicago
34f
Self-Aligned Strategy for Printed Electronics
Woo Jin Hyun, University of Minnesota; Lorraine F. Francis, University of Minnesota; C. Daniel Frisbie, University of Minnesota
34g
Helical Perylene Diimide Ribbons for Molecular Electronics
Yu Zhong, Columbia University; Michael Steigerwald, Columbia University; Xiaoyang Zhu, Columbia University; Fay Ng, Columbia University; Colin Nuckolls, Columbia University
Abstract Submissions Closed
See more of this Group/Topical: Materials Engineering and Sciences Division