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A low-cost, high-performance battery chemistry developed by ���������� researchers could one day lead to scalable grid-level storage for wind and solar energy that could help electrical utilities reduce their dependency on fossil fuels. Venture Partners helped to file the patent on the innovation.

Inscripta gave its first public presentation at the 2019 Synthetic Biology: Engineering, Evolution & Design (SEED) conference in New York City, where the company offered a peek into their progress toward making “the world’s first scalable platform for benchtop digital genome engineering.”

This technology is being developed by ���������� Associate Professor Jianliang Xiao of the Department of Mechanical Engineering in collaboration with Professor Wei Zhang of the Department of Chemistry. Their completely recyclable, self-healing e-skin may one day lead to improvements in human health, robotics, prosthetics and beyond.

Associate Mechanical Engineering Professor Mark Rentschler, founder and CEO of ���������� spinout Aspero Medical, and his research colleagues are prototyping Endoculus, their gastro-intestinal exploring robot.

Last month, researchers at ���������� saw the fruits of their labors launch aboard a new satellite. That satellite is the first in a planned fleet of Earth-orbiters that the team says will one day record weather data at every point on the globe every 15 minutes.

Ford Motor Co. is the most recent company to invest in Solid Power, a ���������� spinoff based in Louisville, CO that develops solid-state batteries.

The grant from the NSF will help Stateless, a "network-as-a-service" company, further scale its research and development efforts.

Big Blue Technologies, TissueForm and New Iridium will spend the next 18-24 months in the incubation program.

This round of financing will enable Mallinda to scale up and to deliver its first commercial product of its high-performance materials for the transportation segment.

The SPINDLE® is an attachment for widefield microscopes that captures high-precision, super-resolution 3D imagery of cellular structures down to the single molecular level. No other technology in the market currently offers this level of visual clarity and data capture.