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The U.S. National Science Foundation renewed STROBE for an additional five years for $22 million.

When you shrink down to very small scales, heat doesn't always behave the way you think it should. New findings from the nano realm could help researchers gain a better handle on the flow of heat in electronic devices.

New research shows it’s possible to calculate the viscosity of a substance with very strongly bonded particles. The calculation—previously thought impossible—is an important step toward understanding substances with promising potential for everything from quantum computing to clean energy.

The new effort, called SpectrumX, will address congestion in a "precious resource" that's key to technologies like mobile broadband, broadcasting and GPS.

Philip Makotyn, executive director the SMµ÷½ÌËùbit Quantum Initiative, spoke on Sept. 9 before the Colorado General Assembly's Joint Technology Committee about the quantum ecosystem along Colorado's Front Range.

Ye was cited for his work in developing atomic clocks that are so precise that they would neither gain nor lose one second in roughly 15 billion years.

When SpaceX CRS-23 launched to the International Space Station on Aug. 29, it carried with it a milestone for SMµ÷½ÌËù Boulder: the 80th mission to carry a payload from BioServe Space Technologies.

While playing musical instruments can emit potentially COVID-19-laden airborne particles, researchers have found that simple safety measures, such as masking instruments, social distancing and implementing time limits, significantly reduce this risk.

Engineers have developed the most efficient device to date for counting single photons, or the tiny packets of energy that make up light.

The new species, mouse- to cat-sized ancestors of today's hoofed animals like cattle and deer, offer scientists a new window into what the American West looked like just after the extinction of the dinosaurs.