The moon provides an easy way to detect rare ultra-high-energy cosmic rays.
Astronomers measure the randomness in the Cosmic Microwave Background radiation to determine the cause of an anomalously cold spot.
Spectra from the light echoes of distant supernovae can be used to probe the three dimensional structure of these massive and poorly-understood explosions.
Stephen Hawking proposes that black holes may not have definite event horizons, meaning they’re really more like “gray” holes.
Supernovae happen in the Milky Way at a rate of two or three per century. But, will we be able to see it when it happens next, or will dusty galactic center prevent us from studying it?
A neutrino detector sits on the floor of the Mediterranean Sea whose goal it is to identify neutrinos from high-energy astrophysical sources.
With some assistance from gravity, it is possible with currently-available technologies to bring small asteroids into orbit next to Earth to be studied and mined.
Astronomers map out the local universe in a way that is both intuitive and fascinating, marking the birth of the new science of “Cosmography”.
Frame Dragging is a phenomenon predicted by General Relativity, but its effects have been difficult to measure. A small, round satellite called LARES aims to change that.
Title: Why Does Nature Form Exoplanet Easily Author: Kevin Heng Institution: University of Bern, Center for Space and Habitability It’s an exciting time for planet hunters. Over the last few years, the search for extrasolar planets (“exoplanets” for short) has become one of the hottest topics in astronomy. During every exoplanet talk that I’ve attended […]