There hasn’t been a whole lot of good news in 2020, but here’s something to get excited about: Tuesday’s supermoon will be the closest the full moon gets to Earth in 2020, meaning it will look bigger and brighter than any other full moon this year.
Think things are bleak on planet Earth? At lease it’s not raining metal. That’s the kind of bizarre climate scientists recently observed on an ultra-hot exoplanet they’ve dubbed WASP-76b, located 640 million light-years away.
March’s full moon is called the Worm Moon, and it will be an extra bright supermoon.
The young crescent moon and the blazingly bright planet are in conjunction. Look to the western sky shortly after sunset Friday to see for yourself.
Are we really alone in the universe? A new effort to search for extraterrestrial life is underway.
A local scientist talks about his work to help capture the most detailed images ever of the sun’s bubbling surface.
Local scientists use a powerful new tool to make fresh discoveries from moon dust first collected nearly 50 years ago.
It may not seem like it lately, but the sun does indeed still exist. And NASA is sending a spacecraft to our friendly neighborhood star to get some answers.
From the first-ever image of a black hole to growing concern over climate change, we review some of the year’s top science stories with three of our regular science contributors.
An update on the mission and findings of NASA’s Parker Solar Probe, named after pioneering University of Chicago astrophysicist Eugene Parker, who first proposed the existence of the solar wind in 1958.
Dan Hooper spends his time contemplating the biggest mystery of all: how the universe came to be. He joins us to discuss his book, “At the Edge of Time: Exploring the Mysteries of our Universe’s First Seconds.”
A 4-pound chunk of a rare type of meteorite that crashed into a Costa Rican village this spring has found its way to Chicago, and experts say the rock likely contains clues to the origins of life on Earth.
How did researchers reconstruct the face of an ancient human ancestor using a fossilized bone? This story and more from the world of science with Neil Shubin.
Adler Planetarium astronomer Mark Hammergren explains how a space-based sentry can help detect asteroids that will pass near Earth.
As society becomes increasingly dependent on space-based systems, there’s a growing need for protection from potential adversaries. But is the U.S. Space Command – and eventually a Space Force – the answer?