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Nanoscale elemental imaging by energy-filtered TEM
Direct micro-GIWAXS mapping of OFET devices
Spin-cast bulk heterojunction solar cells
In situ monitoring of low-cost solution processes
Nanoscale study of organic semiconductors
Graphene-based transparent conducting electrodes.
In situ investigations of solvent-vapor annealing
High performance organic field-effect transistors

Overview

The Organic Electronics and Photovoltaics group, headed by Prof. Aram Amassian, seeks to enable low-cost, large-area, plastic-based electronic and photovoltaic technologies by contributing fundamental and applied knowledge to key areas, including 
  1. design and discovery of new, high performance molecular materials for electronics and energy applications;
  2. advanced multiscale characterization and imaging of organic materials and their surfaces, interfaces, and blends;
  3. in situ, time-resolved investigation of low-cost solution processes;
  4. fabrication and testing of thin film transistors and solar cells, focusing on establishing a process-structure-property-performance relationship.






2012