Since it landed on Mars in 2012, one of the main scientific objectives of the Curiosity rover has been finding evidence of past (or even present) life on the Red Planet. In 2014, the rover may have accomplished this very thing when it detected a tenfold increase in atmospheric methane in its vicinity and found traces of complex organic molecules in drill samples while poking around in the Gale Crater.
Hubble Finds Tiny “Electric Soccer Balls” in Space, Helps Solve Interstellar Mystery
Mars 2020 Rover Gets Its Wheels
NASA Selects Missions to Study Our Sun, Its Effects on Space Weather
What’s it Like to Work for SpaceX?
Two Earth-Like Worlds Found Orbiting a Red Dwarf Only 12.5 Light-Years Away!
In the past few decades, there has been an explosion in the number of planets discovered beyond our Solar System. With over 4,000 confirmed exoplanets to date, the process has gradually shifted from discovery towards characterization. This consists of using refined techniques to determine just how likely a planet is to be habitable.
Explainer: What Is an Atomic Clock?
Oceans, beaches, cosmic shorelines: our changing understanding of habitable planets and habitable zones
Can entangled quantum bits be used to probe black holes?
Earth has a Water Cycle. Mars has a Dust Cycle
To say there are some myths circulating about Martian dust storms would be an understatement. Mars is known for its globe-encircling dust storms, the likes of which are seen nowhere else. Science fiction writers and Hollywood movies often make the dust storms out to be more dangerous than they really are. In “The Martian,” a powerful dust storm destroys equipment, strands Matt Damon on Mars, and forces him into a brutal struggle for survival.
How NASA's Spitzer Has Stayed Alive for So Long
After nearly 16 years of exploring the cosmos in infrared light, NASA's Spitzer Space Telescope will be switched off permanently on Jan. 30, 2020. By then, the spacecraft will have operated for more than 11 years beyond its prime mission, thanks to the Spitzer engineering team's ability to address unique challenges as the telescope slips farther and farther from Earth.
Inflatable Heat Shield Could Deliver Heavy Payloads to Worlds With a Thick Atmosphere
One of the greater challenges of sending payloads to Mars is having to contend with the planet’s atmosphere. While incredibly thin compared to Earth’s (with roughly half of 1% of Earth’s air pressure), the resulting air friction is still an issue for spacecraft looking to land there. And looking to the future, NASA hopes to be able to land heavier payloads on Mars as well as other planets – some of which may have atmospheres as dense as Earth.
This is the Closest OSIRIS-REx has Gotten to Bennu. A mere 680 Meters Above the Asteroid!
NASA Scientists Find Sun’s History Buried in Moon’s Crust
The Sun is why we’re here. It’s also why Martians or Venusians are not. The Sun’s rotation rate in its first billion years is unknown. Yet, this spin rate affected solar eruptions, influencing the evolution of life. A team of NASA scientists think they’ve figured it out by using the Moon as critical evidence.
Jupiter-like exoplanets found in sweet spot in most planetary systems
Life on Jupiter’s moon Europa? Discovery of table salt on the surface boosts hopes
Europa, a frozen moon around Jupiter, is believed to be one of the most habitable worlds in the solar system. It was first imaged in detail by the Voyager 1 probe in 1979, revealing a surface almost devoid of large craters. This suggested that water regularly floods up from inside, resurfacing the satellite. Europa is also criss-crossed with long troughs, folds and ridges, potentially made of icebergs floating around in melt-water or slush.
NASA and space tourists might be in our future but first we need to decide who can launch from Australia
How an Atomic Clock Will Get Humans to Mars on Time
Mars on Earth
Solar Activity Forecast for Next Decade Favorable - Good News for Space Exploration!
The last astronauts of the Apollo program were lucky. Not just because they were chosen to fly to the Moon, but because they missed some really bad weather en route. This wasn’t a hurricane or heat wave, but space weather – the term for radiation in the solar system, much of which is released by the Sun. In August 1972, right in between the Apollo 16 and Apollo 17 missions, a solar storm occurred sending out dangerous bursts of radiation. On Earth, we're protected by our magnetic field, but out in space, this would have been hazardous for the astronauts.