Daniel Strain
Recent cuts have targeted the Institute for Education Sciences, the main research arm of the Department of Education, which collects data and funds research on what works in education.
A new project from CU Boulder information scientist Anthony Pinter explores what may be among the most universal human experiences: heartbreak.
Fairies and dragons and love! Oh my! An expert on romance fiction digs into one of the publishing industry's hottest trends.
One popular theory suggests that elementary particles like electrons, which make up everything in the universe, could be infinitely small—you could zoom in and in on them and never see anything.
A new strategy for measuring magnetic fields could one day lead to a host of new quantum sensors—from tools that might map out the activity of the human brain to devices that could help airplane pilots navigate the globe.
Last year, CU Boulder helped to launch a record 35 new companies. These businesses are pioneering new technologies from sensors for monitoring soil health to breathalyzers that can sniff out signs of lung cancer.
Space is full of really big things, like the sun or the black hole at the center of our galaxy. But the largest structures in the universe are much bigger than both of them, says astrophysicist Jeremy Darling.
As the clock ticks down for TikTok, Casey Fiesler, a technology ethicist at CU Boulder, says that U.S. lawmakers are focusing on the harms of social media and not the benefits.
Scientists use devices known as frequency comb lasers to search for methane in the air above oil and gas operations and to screen for signs of infection in human breath. A new study from CU Boulder could help make these sensors even more precise.
A new quantum incubator coming to Colorado will provide private companies with a testbed to transform ideas for quantum technologies into products that will benefit consumers in the Mountain West and beyond.