Scalable Nanodiamond Microfilm Platforms for Sustained Molecular Delivery

This fabrication strategy allows for multi-drug and sequential drug release to further promote enhancements in therapeutic efficacy.
Download PDF

3D Optical Metamaterial Exhibiting Negative Refractive Index

In each metamaterial, the unique arrangements of metallic nano-scale objects within an otherwise normal transparent medium lead to the ability of negative refraction. It is observed that light is bent the wrong way as it propagates through the material.
Download PDF

Flying Plasmonic Lens in the Near Field for High-Speed Nanolithography

Researchers from SINAM have proposed and developed a novel high-throughput direct-writing nano-lithography method utilizing plasmonic lenses -- metal lenses that focus light through the excitation of electrons flying at a speed of greater than 20 mph to generate nano-scale structures.
Download PDF

Nanoscale Electromolecular Lithography

The biomolecular nano-patterns hold enormous promise for biological and medical applications, including high-sensitive diagnostics, drug discovery, genomics, proteomics, and integrated biomaterials.
Download PDF

Multi-Scale and Alignment System (MAPS) for Nano-Manufacturing

MAPS is currently a test-bed that provides 5 nm precision over distances of 2 inches, which is more than 5 million times larger than the maximum precision.
Download PDF

Nano-fluidic Circuits

Nano-fluidic circuitry, developed by SINAM researchers, is capable of transporting molecules inside micro- and nano-fluidic environments allowing them to be deposited.
Download PDF