Nasa Curiosity Rover

NASA's Curiosity rover is providing new insights into how Mars transformed from a potentially habitable planet, abundant in liquid water, to the inhospitable landscape seen today. Researchers discovered that carbon-rich minerals found in Gale Crater indicate extreme evaporation and suggest the planet's climate could support only transient liquid wa...

NASA's Curiosity rover has been traversing Mars for over 12 years, and its wheels have endured significant wear and tear. Recent images reveal extensive damage, including dents and tears, yet the rover continues to function effectively. Since its landing in Gale Crater in 2012, Curiosity has travelled approximately 20 miles (32 kilometres) over rug...

NASA's Curiosity rover made a "mind-blowing" discovery on Mars: rocks made of pure sulfur, which have never been seen on the Red Planet.

National Aeronautics and Space Administration's (NASA) Curiosity Mars Rover has provided a 360 panoramic view of its valley.

The time-lapse videos consist of 12 hours worth of snapshots collected over the 24 hours, 37 minutes, and 22-second Martian day between 5:30 a.m. to 5:30 p.m.

Mars may have seen dry and wet season cycles and thus, may have been habitable at some point in its past, according to scientists. Analysis of mud crack patterns on the early Martian surface, observed by NASA's Curiosity Rover, suggest an irregular or episodic presence of water, meaning water could have been present for a time and then evaporated.

Mars may have seen dry and wet season cycles and thus, may have been habitable at some point in its past, according to scientists.

On Mars, a rock that resembles an open book with a page turning in the middle has been discovered.

NASA revealed photographs of a Martian sunset obtained by the Curiosity rover, calling it the first image of sun rays "so clearly viewed on Mars".

After more than ten years on Mars, the Curiosity rover is still operating normally and discovering facts that contradict earlier theories.

The Curiosity rover is currently exploring the Gale crater at the equator of the Sun-blasted planet.

NASA's Curiosity rover launched on November 26, 2011, and made its descent on the Martian surface on August 5, 2012. The rover has so far covered 29 kilometres and ascended 625 metres on the Gale crater, where it landed.

NASA's Curiosity and Perseverance rovers sent by the space agency to explore Mars have been able to detect organic matter in the past. While this isn't considered concrete evidence to prove that life once thrived on the Red Planet, researchers have concluded that rovers might have to dig a bit deeper to unearth the signs of ancient life, as part of...

NASA's Curiosity Mars rover has been traversing over a transitional region between a clay-rich region to a sulphate-rich region. In the process, the rover has been capturing images of rocks that had once been at the bottom of multiple stream beds on the red planet.

Structures like these, called hoodoos, are also found in some places on Earth. Geologists believe that these tall and thin spires are formed by erosional process.

NASA's Curiosity rover is providing new insights into how Mars transformed from a potentially habitable planet, abundant in liquid water, to the inhospitable landscape seen today. Researchers discovered that carbon-rich minerals found in Gale Crater indicate extreme evaporation and suggest the planet's climate could support only transient liquid wa...

NASA's Curiosity rover has been traversing Mars for over 12 years, and its wheels have endured significant wear and tear. Recent images reveal extensive damage, including dents and tears, yet the rover continues to function effectively. Since its landing in Gale Crater in 2012, Curiosity has travelled approximately 20 miles (32 kilometres) over rug...

NASA's Curiosity rover made a "mind-blowing" discovery on Mars: rocks made of pure sulfur, which have never been seen on the Red Planet.

National Aeronautics and Space Administration's (NASA) Curiosity Mars Rover has provided a 360 panoramic view of its valley.

The time-lapse videos consist of 12 hours worth of snapshots collected over the 24 hours, 37 minutes, and 22-second Martian day between 5:30 a.m. to 5:30 p.m.

Mars may have seen dry and wet season cycles and thus, may have been habitable at some point in its past, according to scientists. Analysis of mud crack patterns on the early Martian surface, observed by NASA's Curiosity Rover, suggest an irregular or episodic presence of water, meaning water could have been present for a time and then evaporated.

Mars may have seen dry and wet season cycles and thus, may have been habitable at some point in its past, according to scientists.

On Mars, a rock that resembles an open book with a page turning in the middle has been discovered.

NASA revealed photographs of a Martian sunset obtained by the Curiosity rover, calling it the first image of sun rays "so clearly viewed on Mars".

After more than ten years on Mars, the Curiosity rover is still operating normally and discovering facts that contradict earlier theories.

The Curiosity rover is currently exploring the Gale crater at the equator of the Sun-blasted planet.

NASA's Curiosity rover launched on November 26, 2011, and made its descent on the Martian surface on August 5, 2012. The rover has so far covered 29 kilometres and ascended 625 metres on the Gale crater, where it landed.

NASA's Curiosity and Perseverance rovers sent by the space agency to explore Mars have been able to detect organic matter in the past. While this isn't considered concrete evidence to prove that life once thrived on the Red Planet, researchers have concluded that rovers might have to dig a bit deeper to unearth the signs of ancient life, as part of...

NASA's Curiosity Mars rover has been traversing over a transitional region between a clay-rich region to a sulphate-rich region. In the process, the rover has been capturing images of rocks that had once been at the bottom of multiple stream beds on the red planet.

Structures like these, called hoodoos, are also found in some places on Earth. Geologists believe that these tall and thin spires are formed by erosional process.