What does it mean to be blue? The wings of a Morpho butterfly are some of the most brilliant structures in nature, and yet they contain no blue pigment -- they harness the physics of light at the nanoscale.
Philae made a thud, bounced, and hasn't been seen since by the Rosetta mother ship.
The South Napa Earthquake revealed how much we've yet to learn about seismic faults in the Napa Valley.
Odds of a strong pattern of warm Pacific waters forming in time to bring winter rains are diminishing.
Radiation from the Fukushima nuclear power plant in Japan has not reached the California coastline. Scientists monitoring kelp forests on the West Coast announced their results on Wednesday.
Chances are you read a headline about the Big Bang earlier this week. Perhaps you clicked to an article about it and started reading up. But you may still have some burning what-is-this-Big-Bang-news-anyway questions.
In one of the first tiny fractions of an instant after the Big Bang, the Universe expanded explosively, faster than the speed of light. That exponential expansion of, well, everything, is described by the theory of inflation, which may now be confirmed.
Tens of thousands of people are expected to descend on Half Moon Bay to watch the big wave surf contest, but the beach and cliffs are off-limits to spectators. If you want to watch the competition, your options are on TV, online or at a festival near the beach.
Cleared and stained skeletons are strikingly beautiful. But not many people outside the lab would ever know it—until now. "Cleared" is an exhibit of stained fish skeletons currently on display at the Seattle Aquarium, prepared and photographed by Adam P. Summers. Recently, Summers and his colleagues used a cleared and stained manta ray to discover how these curiously flat fish filter food out of the water.
From the debut of the world's largest solar plant to Comet ISON, zombified bees to the physics of sailing — it's been another year of diverse storytelling from the KQED Science team. Here's a round-up of our top 10 stories (based on page views) that you've enjoyed in 2013.
With the World Series in full swing, most Americans would probably say they know the basic rules of baseball: the pitcher throws it, the batter hits it, three strikes and you’re out. But underneath it all, the rules that truly govern this game are the laws of physics. “When you go to a ballgame you’re […]
These insidious waves often seem to come out of nowhere and claim lives -- even on calm, sunny days. But how?
According to legend, Cherubini's 18th-century opera Medea dragged on a bit. Maybe that's why Cherubini, or someone, used charcoal to scratch out a page and a half of the score.
Why do bubbles pop? And what happens when they do? UC Berkeley scientists have cracked the bubble cluster code.
Hitting a home run seems impossible. A fastball takes .4 seconds to go from the pitcher's hand to home plate, and a hitter needs a full .25 seconds to see the ball and react. So how does anyone do it? Researchers at UC Berkeley have identified an area of the brain that makes it possible.