SENEDIA Hosts 1st Tech Showcase with U.S Army Research Laboratory

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SENEDIA Hosts 1st Tech Showcase with U.S Army Research Laboratory

Dr. Anindya Ghoshal, Variable pitch turbine blades
The Southeastern New England Defense Industry Alliance (SENEDIA) hosted its first tech showcase with U.S. Army scientists from the Army Research Laboratory (ARL).

The showcase, which was held on May 24 at Salve Regina’s Pell Center, allowed scientists to introduce their patented inventions to more than 30 companies.

“This was a unique opportunity for Defense companies. By proactively reaching out, ARL is reducing barriers to collaboration. Companies had the opportunity to see how they could partner with ARL to meet the innovation needs of our warfighters,” said Molly Donohue Magee, SENEDIA Executive Director.

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SENEDIA is planning additional Tech Showcases and initial planning is in the works for a joint Air Force, Army, and Navy event in the fall.

ARL researchers who highlighted their inventions, which are available for license and use, included:

  • Dr. Anindya Ghoshal, Variable pitch turbine blades: Tunable blade mechanism maintains high aerodynamic performance and optimal thermal design for gas turbine engines operating under partial-load conditions.
  • Robert Haynes, Non-destructive inspection of composite materials: Testing carbon fiber reinforced material for damage, wear, and useful life.
  • Dr. Patrick Jungwirth, Microprocessor design for secure, high-assurance, safety-critical computing: Hardware-level computer security utilizing a hierarchy of access layers substantially raise the difficulty level to hack a computer.
  • Dr. Shashi Karna, Single-wall carbon nanotube diodes: Developed for ultra-low-power electronics, this technology can help bring the component size down to the nanoscale level, and Carbon nanotube transistors: A field effect array utilizing single-wall carbon nanotubes as the channel with a simple way for processing.
  • Dr. Ivan Lee, Alcohols to alkenes: Catalytic oxidation of 4-carbon alcohols to produce 4-carbon olefins with yields greater than 90 percent, and Catalyst for the conversion of sulfur-containing fuels to hydrogen and syngas: Technology enables the on-site production of hydrogen for powering fuel cells and other energy systems.
  • Justin Shumaker, Stretchable electronics: Elastomeric conductor materials that readily deform and are capable of functioning even when subjected to high strain.
  • Dr. Gorden Videen, Contact-free holographic imaging of aerosol particles: Imaging single and multiple aerosol particles in situ, using digital in-line holography, and Long wavelength infrared imaging for advanced facial recognition: System creates a 3-D model from thermal images on a pixel-by-pixel basis.

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