From security and defense to communications and molecular electronics, research into advanced nanomaterials at the IIN is creating incredible possibilities. Here’s a look at what we’re trying to achieve.

Mission

• Invent, develop, and evaluate physical and chemical methods for making novel nanostructures and particle assemblies, including those with interesting optical properties that can comprise advanced lenses or antennas
• Develop a fundamental understanding of how nanomaterials interface with biological components and systems in complex environments
• Couple computational models with experimental results to advance insight into composite systems, especially in a high-throughput fashion
• Develop covert nanomaterials for the tracking, labeling, and authentication of high value items
• Develop nanosensors with the ability to detect toxins or other harmful threats at the molecular or even atomic level
• Integrate transistor-like nanoscale devices into system architectures to provide substantial advantages over current technologies
• Create nanotechnology applications for the protection of the soldier in the field
• Replace silicon-based electronics with molecular transport junctions with sophisticated nanoscale components

Vision

• Use nanoscience and technology to keep the U.S. and its citizens safe from threats
• Create novel biosensor systems for human performance and other needs
• Create encryption systems that rely on such platforms as biological codes
• Prepare agents that facilitate detoxification
• Fabricate compact, portable nanomaterial-based energy storage and conversion devices
• Allow scientists to create prototype structures and systems on the bench top
• Revolutionize the computer industry by enabling 900 billion transistors to be placed in the volume of a single sugar cube

Past Centers

• Center of Excellence for Advanced Bioprogrammable Nanomaterials (C-ABN) (2015-21)