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Projects

Energy Harvesting Woven Fibers and Composites

Electrically Pumped OLED NanoProbes for Near-Field Scanning Optical Microscopy

Electrically Pumped Organic Solid-State Surface Plasmon Amplifier

Portable thin film deposition systems

Novel antennas materials and architectures

Non-planar organic optoelectronic devices

Nanostructured metal films for solar cell applications

Energy Harvesting from Foot Traffic

Optical sensors based on organic fluorphores

 

   

 

Electrically Pumped OLED NanoProbes for Near-Field Scanning Optical

Sponsor: National Science Foundation

Students: Kwang Hyup An

Materials: Organic Semiconductors Metals Nanomaterials
Application: Nanotechnology Electronic Energy
Technique: Processing Characterization Synthesis

This project is focused on developing a novel nanoscale scanning probe that incorporates an electrically pumped organic light emitting diode (OLED) and/or photodetector at the cantilever tip. The probe will provide 10 nm or better spatial resolution for topological and optical imaging of samples. Of interest in this study are organic/inorganic hybrid systems, biological systems, novel mechanisms of data storage/recording/readout, and novel non-destructive metrology techniques. The work involves a combination of theory (prediction and improvement of detection sensitivity, resolution, and operating range) and experimental demonstration of functioning probes (OLED- and PV-based), and the practical demonstration of the multifunctional imaging modality.

 


 

 
 

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