The findings might help piece together the evolution of the universe.
If you happened to be alive 70,000 years ago, you’d be in for quite a show.
Giving “family dinner” a whole new meaning.
Turns out, planet farts are just like ours, but with chlorine!
It sounds like the plot of a bad movie — but it’s just science.
If there’s one thing that black holes do extremely well, it’s drawing things to them and destroying them.
Seeing is believing.
The European Space Agency’s Planck satellite has revealed some information which may force us to rethink the evolution of the early Universe.
This space snow could help scientists better understand planet formation and evolution.
This disposable battery runs on bacteria and folds like an origami ninja star. Sold!
NASA astronauts have discovered a lonely planetary-like mass floating on its own, without a solar system. Imagine a galaxy, riddled with countless solar systems. Then zoom in slowly on a solar system – how do you picture it? There’s probably a star at the center, and several planets around it. That’s generally where we feel planets should be, rotating around
A spectacular image captured by the Hubble Space Telescope’s Wide Field Planetary Camera 2 (WFPC2) gives us a glimpse into how the Sun will look at its death.
Many ancient civilizations made astronomical notes, but according to researchers, this is the earliest historical document of naked eye observations on a variable star – Algol. Variable stars are stars with a varying brightness (as seen from Earth), and they probably held a special place in Egyptian astronomy – they made careful notes on these stars. Now, more than three
This celestial lightsaber does not lie in a galaxy far, far away, but rather inside our home galaxy.
While the windy and overcast weather of a stormy day isn’t surprising on telluric planets, it’s not something most of us readily associate with stars. But it does happen — the best evidence for this is W1906+40, a distant dwarf star recently described in a study published in the Astrophysical Journal.
A team of Argentinian astronomers, peering up in the night’s sky from the Astronomical Observatory of Córdoba has found a new, young lithium-rich giant star that they designated KIC 9821622. And they can’t explain where that lithium comes from.
It’s likely not aliens, but it could be – and it’s really, really strange.
A novel mathematical model can weigh the mass of a pulsar – a rapidly rotating magnetized neutran star – using principles of nuclear physics, rather than gravity. Up until now, the mass of a star could only be determined in relation with other bodies, based on the gravitational pull these exerted. Now, using the new model scientists will be able to study pulsars in isolation, allowing for more precise measurements than ever before.
The gargantuan cluster is 9.8 billion light years away from us, houses at least 27 galaxies and has a combined mass equal to 400 trillion Suns.