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The Research & Innovation Office (RIO) and New Frontiers Grant partners—the College of Arts & Sciences, the College of Engineering & Applied Sciences, and the School of Education—announced planning grant winners in the inaugural round of the New Frontiers Grant Program , a novel initiative designed to foster new, interdisciplinary...

Bacterial Disco Lights: Using light to control the movement and arrangement of cyanobacteria to form liquid crystalline active matter This collaboration, between a bacterial biochemist and a condensed-matter physicist, uses light to control the movement and arrangement of cyanobacteria, forming two- and three-dimensional nematic liquid crystalline states that could provide...

How To Build A Climate-Friendly Skyscraper: Start Small. Petri-Dish Small. Prometheus Materials has a solution for replacing one of the biggest contributors of greenhouse gasses, financial backing from Microsoft and an aggressive plan to scale up quickly. Petri Dish Days Four University of Colorado Boulder academics, Jeff Cameron, Sherri Cook,...

University of Colorado soars into top five for launching startups CU Boulder’s startups launched in 2021 included Prometheus Materials, a company spun out of the labs of Wil Srubar, Mija Hubler and Sherri Cook in Civil, Environmental, and Architectural Engineering at the College of Engineering and Applied Science, and Jeff...

Scientists at CU Boulder have discovered that a type of single-celled organism living in modern-day oceans may have a lot in common with life forms that existed billions of years ago—and that fundamentally transformed Earth.

Scientists have been studying cyanobacteria and its many potential applications for decades, from cutting CO2 emissions to creating a substitute for oil-based plastics, but there wasn’t a deep understanding of the full life cycle and metabolism of specialized compartments within these common bacteria – until now.

In a study published today, a team at CU Boulder took advantage of a new microscopic technique to follow the lives of individual bacteria as they grew and divided in complex colonies.

CU Boulder researchers have developed a new approach to designing more sustainable buildings with help from some of the tiniest contractors out there.