Molecules-based optoelectronic devices beyond traditional sandwich-like device configuration

Hybrid Polyfluorene-Based Optoelectronic Devices

Nanosized optoelectronic devices based on photoactivated proteins.

Molecular nanoelectronics is attracting much attention, because of the possibility to add functionalities to silicon-based electronics by means of intrinsically nanoscale biological or organic materials. The contact point between active molecules and electrodes must present, besides nanoscale size, a very low resistance. To realize Metal-Molecule-Metal junctions it is, thus, mandatory to be abl...

Thermoelectric and optoelectronic devices

Overview This proposal aims to build up new ties between Princeton University (PU) and the University of São Paulo (USP) in order to explore innovative semiconductor devices. The focus of the project is to create an interaction between the groups in the development of new semiconductor devices. The collaborative research will be based in the growth and characterization of thermoelectric materia...

Integrated cooling for optoelectronic devices

Active refrigeration of optoelectronic components through the use of thin film solid state coolers based on III-V materials is proposed and investigated. Enhanced cooling power comparing to the thermoelectric effect of the bulk material is achieved through thermionic emission of hot electrons over a heterostructure barrier layer. It is shown that these heterostructures can be monolithically int...

Optoelectronic Devices and Integration (OEDI)

s Wednesday June 17 2015 East Lake Hall 08:00 -12:30 JW1A • Opening Ceremony and Plenary Presider: Jesper Moerk,; Technical University of Denmark (DTU), Denmark Xinliang Zhang; Wuhan National Lab for Optoelectronics, China JW1A.1 • 08:15 Plenary Submission Bioimagers – Life at the Intersection of Engineering and Sciences, M. J. Deen; Dept. of Electrical and Computer Eng., McMaster University, C...