Reflected Light from First True Exoplanet Observed

The first exoplanet ever discovered was 51 Pegasi b in 1995.  It kicked marked the slow beginning of what would soon become the ‘exoplanet gold rush.’  It meant that for the first time, we had the technological capacity to discover new worlds, and science fiction soon became science fact.  51 Pegasi b was also a very strange planet.  A massive Jupiter sized world orbiting very close to its home star.  On one hand it was this characteristic that made it much easier to detect.  On the other, it showed us that we did not understand planetary system formation as well...

Science on the Ground Gives Clues to Planetary Formation

Astronomy is a science that is always associated with the sky, and rightly so.  But since the beginning of modern science there have been discoveries made on Earth that teach us about the formation and evolution of the Universe.  As telescopes become more powerful and allow us to look deeper into space, the technology to simulate outer-space conditions here on Earth has grown significantly.  In Albuquerque, New Mexico, a powerful tool called the Z machine generates quick high-energy pulses of electricity, which can be used to generate X-rays and Gamma rays to be used in experiments. Outside of astronomy, the...

Two Supermassive Black Holes are Merging

A vast number of Galaxies in the Universe have a central black hole that is incredibly massive.  The Black Hole at the centre of the Milky Way, dubbed Sag A*, is estimated to have a mass as high as three Million Suns.  We generally can’t see black holes, but when they start to pull in matter from surrounding gas and dust clouds, the material forms a disk around the star.  This accretion disk can heat up to incredible temperatures and emit X-rays and other high energy light, allowing us to see where the black holes are.  Sometimes the light from...