Curiosity is NASA’s car-sized rover which has been exploring the crater Gale on Mars since 2012. The rover’s exhaustive mission consists of investigating the brutal Martian local weather and geology and assessing whether or not fundamental life ever thrived on Mars. And UFO conspiracy theorists now imagine NASA’s Mars Curiosity rover has now stumbled onto its biggest discovery but, after an anomaly was clearly noticed in a photograph.
The Curiosity’s black and white photograph reveals the desert landscape with excessive rocky hills within the background.In entrance of the more prominent rock formations, an apparently elevated white blob is evident.The photograph, which has a June 16 timestamp has sparked the anticipated frenzy amongst alien life conspiracy theorists, who’ve rushed to say it’s conclusive proof of alien life on Mars.
Nevertheless, the fact of the anomaly the truth is much more prosaic.
A cosmic ray, digital camera lens flare or just daylight reflecting off rocks are nearly sure to have been accountable.Extremely charged atomic particles fashion cosmic rays, usually from outdoors our solar system, which journey utilizing space at virtually the pace of light and might produce visible results upon impact.
Cosmic rays are extra common on Mars than on Earth because of the Red planet’s thin environment which doesn’t supply as efficient a barrier to cosmic radiation.
Armed with 17 cameras, the Curiosity rover has roamed 13.38 miles (21.58km) on Mars, beaming back critical knowledge and tens of thousands of high-definition pictures. And this isn’t the first time NASA’s iconic Mars rover has captured anomalies on the Red Planet.When one other vivid spot captured in footage taken by the rover made headlines in 2014, folks claimed it was “light from an alien hut.”
The rover has two mounted “navcams” on its mast, which act as a stereo pair of cameras.
The black and white pictures capture panoramic 3D imagery, and each has a 45-degree area of view, provide NASA engineers on Earth a detailed view of the planet’s terrain.