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Users do spend some time thinking about whether information is true; the decision to share it (even if it’s fake news) depends on the topic and the type of message. Doctoral media researcher Gregory Gondwe and colleagues share on The Conversation.

CU Boulder researchers share their expertise, examining four areas in which the U.S. has––and hasn’t––changed this past year, and what it could mean for the future of social and political movements, education, policing and justice in America.

Ensuring people have access to information and understand its implications is more important than ever. However, research led by Keke Wu finds that for those with intellectual or developmental disabilities, some kinds of data visualizations are harder to interpret than others.

Education researchers are increasingly seeing the COVID-19 pandemic as an opportunity to rethink how we teach kids in the United States, making school curricula more relevant to the lives of young people.

For decades, researchers have theorized that optical rectennas could sit on everything from bakery ovens to dirigibles flying high above Earth to harvest waste heat and turn it into electricity. But to date, those goals have remained elusive. Now, engineers have unveiled the most efficient optical rectennas yet.

To get a sense of how bad the 2021 hurricane season will be, keep an eye on the African monsoon, ocean temperatures and a possible late-blooming La Niña. CIRES’s Kristopher Karnauskas shares on The Conversation.

Aggressive deadlines, emails at 4 a.m. and a sense of fearlessness: How do you make sense of the behaviors of some entrepreneurs? Hosts Brad Werner and Jeff York discuss with Associate Professor Greg Fisher of Indiana University.

At night in southern Africa, primates called bushbabies emit "spooky" vocalizations that sound like crying children. What may be even spookier is the possible future these adorable creatures face.

Whether it’s plankton exposed to parasites or people exposed to pathogens, a host’s initial immune response plays an integral role in determining whether infection occurs and to what degree it spreads within a population, new CU Boulder research suggests.

Scientists' recent discovery with double helical covalent polymers—which are spiraling collections of nature’s building blocks—represent a huge advancement in a critical and understudied field.