Technology Commercialization
TIP Startup LambdaVision Brings Promising Microgravity Manufacturing Experiments Back to Earth
Manufacturing artificial retinas at the International Space Station, with plans for more launches this year
UConn Applies Clean Energy Expertise to Multi-State Hydrogen Hub
UConn joins six northeastern states, dozens public and private institutions and agencies seeking billions of funding through the U.S. Department of Energy
UConn Professor Invents Nanocapsule for Image-Guided Cancer Treatment
Xiuling Lu has invented a nanocapsule with potential applications for imaging techniques such as CT scans and ultrasound, and cancer treatments
Designing a Lighter Fuel Cell with Higher Current Density
A team of UConn engineering researchers is working with Technology Commercialization Services to bring a tubular design of a fuel cell to market.
UConn Researcher Invents Low-Abundance Biomarker Detection Platform for Early Diagnosis
Yu Lei has created a technology that holds the potential to advance early-stage disease detection using biomarkers
An Immersive Experience in Innovation and Entrepreneurship
Through the TIP Innovation Fellowship Program, undergraduates and grad students learn the full gamut of what it takes to run a successful startup.
Algae Agreement Offers an Ocean of Research Possibilities
UConn's Technology Commercialization Services brokered an agreement with the Woods Hole Oceanographic Institution and Bigelow Laboratory for Ocean Services to preserve an extensive collection of algae
Light It Up: Using Firefly Genes to Understand Cannabis Biology
This research will help hemp and cannabis farmers better control levels of CBD and THC in their crops
Blood-cell Lens Enables High-Quality Imaging with Blu-ray Technology
Guoan Zheng's latest technological innovation combines the power of a Blu-ray player with a blood-coated sensor, creating the potential to dramatically improve imaging for clinical applications
Changing the Channel on Stroke Treatment: Novel Technology Provides New Path to Prevent Neuronal Death
Lixia Yue’s team discovered that a specific peptide sequence can disrupt the interaction between an ion channel and receptors in our brain responsible for neuronal death during an ischemic stroke