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Program Highlights for year 2013

Permanent Assembly of Soft Matter Chains as New Materials

Research
Binding with oppositely charged particles

•Heteroaggregate structure directed by AC-electric field

•Chain length distribution tuned by particle size/number ratio

•Developed a unique combinatorial approach for predicting chain length

(2013)

Supporting STEM Education and Professional Careers through the REU Program

Education

The long term goals of the Triangle MRSEC REU program are to maximize opportunities for undergraduate involvement MRSEC research, recruit diverse undergraduate students from across the country, and encourage and support future careers in materials science and engineering.

(2013)

Plasmonic Bowtie Nanolaser Arrays

Research

Lasing from an electromagnetic hot spot supported by coupled metal nanoparticles (NPs) has been demonstrated for the first time. This new nanolaser architecture is based on three dimensional (3D) Au bowtie NPs supported by an organic gain material. The extreme field compression, and thus ultra-small mode

(2013)

Harnessing In-Fiber Fluid Instabilities To Create Multimaterial Particles From Fibers

Research

From drug delivery to catalysis to optoelectronics, the need for efficient fabrication pathways for particles over a wide range of sizes, from a variety of materials, and in many different structures is

(2013)

The Case for Small Quantum Dots

Research
Why are 1-2 nm silicon quantum dots ideal as solar materials?

 

 

 

 

 

(2013)

Education and Outreach in the Renewable Energy MRSEC

Education

Teacher Workshop: Eighteen elementary school teachers participated in summer workshop. Student impact of approximately 200 students. 

(2013)

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