Inside new Bruno Mars album Romantic
Digest more
As Bruno Mars releases his new single "I Just Might," some of his biggest hits, like "That's What I Like" and "Locked Out of Heaven" return to Billboard's global charts.
A recent photo from NASA's Curiosity rover gives an idea of what Mars would look like under skies that resemble our own on Earth. Take a look.
Bruno Mars is truly back, with an upbeat, retro-sounding jam about dancing and love.
A Congressional bill restores funding for most NASA space science missions, but there is no money for returning samples already collected on the red planet.
Mars (seen in the upper track) and Venus (lower track) appear to "cross" the open star cluster Messier 44 — better known as Praesepe or the Beehive Cluster— creating two bright, dotted paths against a dense swarm of starlight in this composite time-lapse photo.
"I Just Might" introduces The Romantic, the upcoming album by Bruno Mars, and Americans quickly turned it into a top 10 bestseller on iTunes.
Mars has an active, electrically charged surface where dust storms and spinning dust devils regularly move and reshape the landscape. Mars is often portrayed as a dry, empty world, but the planet is far more active than it appears.
The 16-time Grammy winner is set to further cement his status as one of the all-time great pop stars with his long-awaited LP.
It’s serendipitous that Bruno Mars has returned with a new single within a fortnight of the finale of Stranger Things. The sci-fi period piece hit Netflix the summer before the release of Mars’s previous lead single as a solo artist,
NASA Administrator Jared Isaacman details the Trump administration's 'ambitious' national space policy, nuclear spaceships, culture at NASA and more on 'My View with Lara Trump.'
The Daily Galaxy on MSN
Mars may have hidden liquid lakes for decades, beneath just a thin layer of ice
A new climate model suggests that ancient lakes on Mars may have survived for decades beneath thin layers of ice that formed and melted with the seasons. The findings help resolve a long-standing contradiction between geological evidence of water and models predicting a frozen planet.