Out-of-This-World Diamond-Studded Rock Just Got Even Weirder0
- From Around the Web, Space
- January 20, 2018
The diamonds that are studding the Hypatia stone probably formed from the shock when the space rock blasted through Earth’s atmosphere.
The diamonds that are studding the Hypatia stone probably formed from the shock when the space rock blasted through Earth’s atmosphere.
It is often assumed that a structure’s surface can be appropriately represented as a two-dimensional area, completely flat and devoid of any depth. However, in reality, two-dimensional surfaces do not exist in nature, if zoomed in sufficiently even the most seemingly flat surface has 3-dimensional structure. This can pose a problem when physics that have been formulated with two-dimensions are re-examined using a more realistic 3D model.
It’s not just us humans who get sleepy after big meals. Black holes do, too.
In NASA’s efforts to explore the endless expanse of space, the agency eventually came to a realization: there is simply too much data. Missions like the one embarked upon in 2009 by the Kepler space telescope yield such a tremendous amount of data that there’s no efficient way for an individual scientist or even a team of scientists at NASA to pour through it all. That’s when they made a realization — instead of handling everything internally, NASA could make this data publicly available so that citizen scientists all over the world would be able to dig in.
The night sky briefly lit up in Michigan on Tuesday night, with a bright flash of light and a loud noise that startled residents.
Isn’t it beautiful? This is an illustrated logarithmic scale conception of the observable Universe with the Solar System at the centre.
Is there life on other planets?
By combining the visible and infrared capabilities of NASA’s Spitzer and NASA/ESA Hubble space telescopes, a team of specialists at NASA’s Universe of Learning program has created a spectacular, three-dimensional, fly-through movie of the famous Orion Nebula, a diffuse nebula in the constellation Orion.
Two wayward space rocks, which separately crashed to Earth in 1998 after circulating in our solar system’s asteroid belt for billions of years, share something else in common: the ingredients for life. They are the first meteorites found to contain both liquid water and a mix of complex organic compounds such as hydrocarbons and amino acids.
New NASA images show layers of ice peeking out of eroded cliffs—a potential boon for future humans on the red planet.