“IC 443” by Patrick Gilliland

Astronomy Photographer of the Year 2015

10 September 2015 Astronomy Now

Lying in the constellation of Gemini, IC 443 is a galactic supernova remnant, a star that could have exploded as many as 30,000 years ago. Its globular appearance has earned the celestial structure the moniker of the Jellyfish Nebula. Image credit: © Patrick Gilliland / Royal Museums Greenwich.
Lying in the constellation of Gemini, IC 443 is a galactic supernova remnant, a star that could have exploded as many as 30,000 years ago. Its globular appearance has earned the celestial structure the moniker of the Jellyfish Nebula. Image credit: © Patrick Gilliland / Royal Museums Greenwich.
The Insight Astronomy Photographer of the Year competition is an annual celebration of the most beautiful and spectacular visions of the cosmos by astrophotographers worldwide. In 2015 the competition launched for its seventh year, with new categories and more prizes up for grabs. With over 2700 spectacular entries from over 60 countries, it’s been the toughest year yet for the judges.

Over the coming weeks we will feature, in no particular order, each of the final 16 selected images and winners will be announced by Royal Museums Greenwich on 17 September. The winning images are to be showcased at the Royal Observatory Greenwich in an exhibition opening 18 September.

Related Articles

Picture This

The dreadful beauty of the Medusa Nebula

21 May 2015 Astronomy Now

Astronomers using ESO’s Very Large Telescope in Chile have captured the most detailed image ever taken of the Medusa Nebula in the constellation of Gemini. As the star at the heart of this nebula made its transition into retirement, it shed its outer layers into space, forming this colourful cloud.

Picture This

Hubble reveals a cosmic trick of the eye

6 April 2016 Astronomy Now

While truly massive stars go out in a blaze of glory, intermediate-mass stars — those between roughly one and eight times the mass of the Sun — are somewhat quieter. Such stars eventually form cosmic objects known as planetary nebulae, so named because of their vague resemblance to planets when seen through early, low-resolution telescopes.