Predicting Major Solar Eruptions
Can we predict which solar flares will be followed by larger-scale coronal mass ejections?
Can we predict which solar flares will be followed by larger-scale coronal mass ejections?
There’s a new addition to the galaxy zoo: a small, compact, and old elliptical galaxy that shows signs of a monster black hole actively accreting material in its center.
The new record holder for longest-period eclipsing binary is TYC-2505-672-1, an unusual system in which the companion star may be shrouded by a circumstellar disk.
A new study examines how a one-dimensional model can be used to reproduce the multidimensional effects of mixing in supernova remnants.
Can a computer algorithm classify galaxies into ellipticals and spirals as well as Galaxy Zoo’s human volunteers?
Recent studies have identified signs of an unseen, distant ninth planet in our solar system. A team of scientists have proposed a new way to search for Planet Nine: look for its heat signature.
Beautiful observations of the center of the Fornax galaxy cluster reveal clues about how this cluster may have been built.
A recent study examines which stars make the best targets when searching for habitable exoplanets.
The recent discovery of high-energy gamma-ray emission from Arp 220 reveals more about how supernovae interact with their environments.
Where do most of the globular clusters in today’s universe reside? A recent study answers this question.
The recent discovery of a hyper-velocity binary star system in the halo of the Milky Way poses a mystery: how was this system accelerated to its high speed?
Recent ALMA observations reveal beautiful concentric ring structure within the protoplanetary disk that surrounds a young, Sun-like star.