The University of New Hampshire has a number of exciting technologies and innovations that are currently available for license. Select a category to view more information on related innovations.
Aerospace
- Tech ID: 12_015 - Free Space Optical Telemetry Using Super-Bright LEDs
- Tech ID: 10_001 - NSPECT Portable Imaging Neutron Spectrometer
- Field-Deployable Neutron Camera
Communication
- Tech ID: 12_039 - Clock Net: A New Tool for Big Data Transmission
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Models and Methods for GPS on Flow: Geographic Positioning of Storage for Optimal Nice Flow
Computer
- Tech ID: 04_011 - Chemical for Data Destruction
- Tech ID: 12_039 - Clock Net: A New Tool for Big Data Transmission
- Tech ID: 12_033 - Sheepdog, Data Center Watchdog
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Models and Methods for GPS on Flow: Geographic Positioning of Storage for Optimal Nice Flow
- Tech ID: 12_033 - Sheepdog, Data Center Watchdog
- Tech ID: 18_030 - CONTRACTS
- Tech ID: 12_002 - Environmental Response Management Application (ERMA)
- Tech ID: 18_036 - Palinka
- Tech ID: 08_014; 02_027 - UNHCEMS®
Curricula & Training Programs
IncludeU®
IncludeU® is an interactive bystander intervention program developed by faculty for faculty using research-backed methods for how best to intervene when a bias incident occurs. The program is web-based and self-paced and can be completed anytime, any place, and on any device.
Animated Scenarios depict realistic examples of bias incidents that occur on a daily basis when faculty get together casually or at meetings where they deliberate hiring and promotion and tenure decisions.
Innovators: Christine Shea and Kate Siler
Visit the IncludeU® website to learn more about the program or visit Elucid to purchase a non-exclusive license.
Energy
Converging Plasma Piston Magnetic Confinement System
A cost-effective magnetic confinement system with practical applications in neutron production, particle acceleration and thermonuclear fusion. The converging plasma piston concept is based on the way space plasmas behave in the Heliosphere. Innovator: Dr. James Connell.
Download the nonconfidential brief to learn more:
Engineering
- Tech ID: 08_008 - Optimal High-Efficiency Resonant PMT HV Power Supply
- High-Efficiency, Low Noise Power Supply Adaptable to a Variety of Applications
Viscoelastic Liquid Drop Generator
A patented method of creating discrete droplets of a desired size from viscoelastic materials, eliminating waste caused by the beads-on-string effect, which is a common problem when dispensing viscoelastic materials. Innovators: Dr. Brian Zukas & Nivedita Gupta, Ph.D. (Tech ID: 13_034)
Visit the innovation spotlight page to learn more:
- Tech ID: 10_009 - Method and System for Removal of Trihalomethanes from Water Supplies
- Tech ID: 11_015 - Pressurized Diffused Aeration System to Remove Trihalomethanes in a Water Distribution System
Environment
- Tech ID: 10_009 - Method and System for Removal of Trihalomethanes from Water Supplies
- Tech ID: 11_015 - Pressurized Diffused Aeration System to Remove Trihalomethanes in a Water Distribution System
Information Systems
- Tech ID: 07_010 - System to Perfect Intellectual Property Security Interests
Instrumentation
- Tech ID: 08_008 - Optimal High-Efficiency Resonant PMT HV Power Supply
Materials & Chemicals
- Tech ID: 04_011 - Chemical for Data Destruction
Tech ID: 12_009 - Process for Chemically Resistant Anodized Aluminum
Nanoparticle-Based Flux with Nonevaporable Solvent
A titanium oxide-based nanoparticle flux in nonevaporable solvent for use in tungsten inert gas (TIG) welding of thick plates, this flux offers penetrative depth of up to 14mm on a single pass. Innovators: Dr. Sebastian Balos and Marko Knezevic, Ph.D.
Download the nonconfidential brief to learn more:
Nanoparticle-Based Flux with Nonevaporable Solvent Brief
- Tech ID: 09_008 - A New Class of Soluble, Photooxidatively Resistant Acene Derivatives
- Tech ID: 10_003 - Soluble, Persistent Nonacene Derivatives
- Tech ID: 12_012 - TTPO (5,6,7-Trihiapentacene-13 one) and its derivatives: A New Class of Thermally Stable, Photooxidatively Resistant Organic Semiconductors
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Novel Chiral Cellular Structures with Tailorable Auxetic Effects Under Large Deformation
- Tech ID: 13_023 - One-Step Method of Synthesizing Rylenes for Organic Electronics and Photovoltaic
- Tech ID: 08_013 - Microencapsulation of Amines
Medical
- Tech ID: 99_002 - Method and Apparatus for Imaging through 3-Dimensional Tracking of Protons
Security & Defense
- Tech ID: 12_002 - Environmental Response Management Application (ERMA)
Semiconductors
- Tech ID: 09_008 - A New Class of Soluble, Photooxidatively Resistant Acene Derivatives
- Tech ID: 10_003 - Soluble, Persistent Nonacene Derivatives
- Tech ID: 12_012 - TTPO (5,6,7-Trihiapentacene-13 one) and its derivatives: A New Class of Thermally Stable, Photooxidatively Resistant Organic Semiconductors
Sensors & Instrumentation
- Tech ID: 09_008 - A New Class of Soluble, Photooxidatively Resistant Acene Derivatives
- Tech ID: 10_003 - Soluble, Persistent Nonacene Derivatives
- Tech ID: 12_012 - TTPO (5,6,7-Trihiapentacene-13 one) and its derivatives: A New Class of Thermally Stable, Photooxidatively Resistant Organic Semiconductors
Contact Information
Jenna Matheny
Director of Technology Transfer
jenna.matheny@unh.edu
(603) 862-2422
Purchase a License
UNHInnovation offers designs, software, curricula, select patents, and images available for self-checkout via our online licensing portal, E-Lucid. Visit the portal to quickly and easily obtain a non-exclusive license of select intellectual property.