The Royal Observatory Greenwich has revealed the winners of the coveted 2020 Astronomy Photographer of the Year awards with this year’s top prize going to an amazing image of the Andromeda galaxy shot in a “tilt-shift” method giving you the sense that you can reach out and actually touch the galaxy that is so far away!

Now in its twelfth year, the competition received over 5,000 entries from six continents. The best of these exceptional photographs – winners, runners-up, highly commended and shortlisted – are showcased in the Insight Investment Astronomy Photographer of the Year exhibition at the National Maritime Museum, opening to the public from 23 October 2020.

Images were submitted for one of 9 categories—including Galaxies, Aurorae, Our Moon, People and Space, and Young Photographer of the Year, among others—and a total of 11 images were honoured. There are 9 category winners, one overall winner selected from the categories, and two special prices for “best newcomer” and “imaging innovation.”

The overall winner will receive £10,000. Winners of all other categories and the Young Astronomy Photographer of the Year will receive £1,500. There are also prizes for runners-up (£500) and highly commended (£250) entries. The Special Prize winners will receive £750. All of the winning entries will receive a one-year subscription to BBC Sky at Night Magazine.

Full details of 2020’s winners:

Galaxies

  • Nicolas Lefaudeux (France) with Andromeda Galaxy at Arm’s Length? (Winner and Overall Winner)
  • Mark Hanson (USA) with NGC 3628 with 300,000 Light Year Long Tail (Runner-Up)
  • Juan-Carlos Munoz-Mateos (Spain) with Attack on the Large Magellanic Cloud (Highly Commended)

Aurorae

  • Nicholas Roemmelt (Germany) with The Green Lady (Winner)
  • Tom Archer (UK) with Lone Tree under a Scandinavian Aurora (Runner-Up)
  • Kristina Makeeva (Russia) with Iceland (Highly Commended)

Our Moon

  • Alain Paillou (France) with Tycho Crater Region with Colours (Winner)
  • Ethan Roberts (UK) with HDR Partial Lunar Eclipse with Clouds (Runner-Up)
  • Daniel Koszela (Poland) with Moon Base (Highly Commended)

Our Sun

  • Alexandra Hart (UK) with Liquid Sunshine (Winner)
  • Filip Ogorzelski Poland) with 145 Seconds of Darkness (Runner-Up)
  • Alan Friedman (USA) with Ultraviolet (Highly Commended)

People and Space

  • Rafael Schmall (Hungary) with The Prison of Technology (Winner)
  • Tian Li (China) with Observe the Heart of the Galaxy (Runner-Up)
  • Yang Sutie (China) with AZURE Vapor Tracers (Highly Commended)

Planets, Comets and Asteroids

  • Łukasz Sujka (Poland) with Space Between Us… (Winner)
  • Martin Lewis (UK) with In the Outer Reaches (Runner-Up)
  • Robert Stephens (USA) with The Ghost of Alnilam and a Near Earth Asteroid (Highly Commended)

Skyscapes

  • Thomas Kast (Germany) with Painting the Sky (Winner)
  • Stefan Liebermann (Germany) with Desert Magic (Runner- Up)
  • Weijian Chen (China) with Voice of the Universe (Highly Commended)

Stars and Nebulae

  • Peter Ward (Australia) with Cosmic Inferno (Winner)
  • Connor Matherne (USA) with The Dolphin Jumping out of an Ocean of Gas (Runner-Up)
  • Min Xie (USA) with The Misty Elephant’s Trunk (Highly Commended)

Young Category

  • Alice Fock Hang (Réunion –  aged 10) with The Four Planets and the Moon (Winner)
  • Thea Hutchinson (UK –  aged 13) with Detached Prominences (Runner-Up)
  • Logan Nicholson (Australia –  aged 15) with The Carina Region (Highly Commended)
  • Xiuquan Zhang (China –  aged 12) with Light Bridge in the Sky (Highly Commended)
  • Winslow Barnwood (USA – aged 15) with Collision Course! (Highly Commended)

Special Prize: The Sir Patrick Moore prize for Best Newcomer

  • Bence Toth (Hungary) with Waves (Winner)

Special Prize: Annie Maunder Prize for Image Innovation

  • Julie F Hill (UK) with Dark River (Winner)

Let’s have a look at all the winning images below;

GALAXIES:

Andromeda Galaxy at Arm’s Length? © Nicolas Lefaudeux (France) – WINNER AND OVERALL WINNER

G 28529 27 Winner and Overall Winner Andromeda Galaxy at Arms Length © Nicolas Lefaudeux

Have you ever dreamt of touching a galaxy? This version of the Andromeda Galaxy seems to be at arm’s length among clouds of stars. Unfortunately, this is just an illusion, as the galaxy is still 2 million light-years away. In order to obtain the tilt-shift effect, the photographer 3D-printed a part to hold the camera at an angle at the focus of the telescope. The blur created by the defocus at the edges of the sensor gives this illusion of closeness to Andromeda.

Sky-Watcher Black Diamond 100 mm apochromatic refractor telescope at f/9, iOptron iEQ30 mount, Sony ILCE-7S camera (modified), ISO 2000, 2 hours 30 minutes total exposure

NGC 3628 with 300,000 Light Year Long Tail © Mark Hanson (USA) - RUNNER-UP
NGC 3628 is a popular galaxy target for both astrophotographers and visual observers with its distinctive dust lane. Studies by professional astronomers have shown that the evolution of some galaxies are the product of a series of minor merges with smaller dwarf galaxies. This image is an epic undertaking of five years of exposures taken with three different telescopes, although the majority of the exposure was in 2019. The goal of this ambitious mosaic is to show the tidal tail, measuring 300,000 light years in length, with enough depth combined with a wide field of view to show it in its entirety.
Planewave 17, Planewave 24 and RCOS 14.5 telescopes at f/6.8, Planewave H200 and Paramount ME mounts, SBIG 16803 camera, L-RGB composite, 54 hours total exposure
NGC 3628 with 300,000 Light Year Long Tail © Mark Hanson (USA) - RUNNER-UP NGC 3628 is a popular galaxy target for both astrophotographers and visual observers with its distinctive dust lane. Studies by professional astronomers have shown that the evolution of some galaxies are the product of a series of minor merges with smaller dwarf galaxies. This image is an epic undertaking of five years of exposures taken with three different telescopes, although the majority of the exposure was in 2019. The goal of this ambitious mosaic is to show the tidal tail, measuring 300,000 light years in length, with enough depth combined with a wide field of view to show it in its entirety. Planewave 17, Planewave 24 and RCOS 14.5 telescopes at f/6.8, Planewave H200 and Paramount ME mounts, SBIG 16803 camera, L-RGB composite, 54 hours total exposure
Attack on the Large Magellanic Cloud © Juan-Carlos Munoz-Mateos (Spain) - HIGHLY COMMENDED
Despite what the title might imply, this image has nothing to do with space warfare. It shows four lasers of one of the telescopes at Paranal Observatory pointing towards a globular cluster in the Large Magellanic Cloud. The lasers excite sodium atoms located in a layer about 80–90 km above the ground. This creates four artificial ‘stars’ that are then used to monitor and correct the atmospheric turbulence, delivering very sharp images. These artificial stars can be seen in this image at the very ends of the laser beams.
Canon 6D camera, 100 mm f/4.5 lens, ISO 6400, 15 x 10-second exposures
Attack on the Large Magellanic Cloud © Juan-Carlos Munoz-Mateos (Spain) - HIGHLY COMMENDED Despite what the title might imply, this image has nothing to do with space warfare. It shows four lasers of one of the telescopes at Paranal Observatory pointing towards a globular cluster in the Large Magellanic Cloud. The lasers excite sodium atoms located in a layer about 80–90 km above the ground. This creates four artificial ‘stars’ that are then used to monitor and correct the atmospheric turbulence, delivering very sharp images. These artificial stars can be seen in this image at the very ends of the laser beams. Canon 6D camera, 100 mm f/4.5 lens, ISO 6400, 15 x 10-second exposures

AURORAE:

The Green Lady © Nicholas Roemmelt (Germany) – WINNER

A 7051 1 Winner The Green Lady © Nicholas Roemmelt

The photographer had heard a lot of stories about the ‘lady in green’. Although he has had the chance to photograph the Northern Lights many times, he had never seen the ‘green lady’ before. On a journey to Norway, she unexpectedly appeared with her magical green clothes making the whole sky burn with green, blue and pink colours.

Canon EOS R camera, 14 mm f/1.8 lens, ISO 6400, 4 x 1.6-second exposures

Lone Tree under a Scandinavian Aurora © Tom Archer (UK) - RUNNER-UP
The photographer decided to explore on foot around the hotel on a very crisp -35°C evening in Finnish Lapland. When he found this tree, he decided to wait for the misty conditions to change and could not believe his luck when the sky cleared and the aurora came out in the perfect spot. The photographer spent about an hour photographing it before his camera started to lock up due to the conditions, but by then he was happy to call it a night.
Nikon D850 camera, 15 mm f/2.8 lens, ISO 1000, 13-second exposure
Lone Tree under a Scandinavian Aurora © Tom Archer (UK) - RUNNER-UP The photographer decided to explore on foot around the hotel on a very crisp -35°C evening in Finnish Lapland. When he found this tree, he decided to wait for the misty conditions to change and could not believe his luck when the sky cleared and the aurora came out in the perfect spot. The photographer spent about an hour photographing it before his camera started to lock up due to the conditions, but by then he was happy to call it a night. Nikon D850 camera, 15 mm f/2.8 lens, ISO 1000, 13-second exposure
Iceland © Kristina Makeeva (Russia) - HIGHLY COMMENDED
Winters in Iceland require some training in terms of wind protection equipment. Iceland is a country with very strong winds, so a stable tripod is required to shoot the aurora. Many astrophotographers wait in a certain place for several hours to capture the Aurora Borealis. The photographer was lucky in this instance as she waited near Diamond Beach where the reflection of the aurora on the ice was beautiful.
Sony a7R III camera, 14 mm f/2.8 lens
Sky: ISO 1000, 1-second exposure
Foreground: ISO 2500, 2.5-second exposure
Iceland © Kristina Makeeva (Russia) - HIGHLY COMMENDED Winters in Iceland require some training in terms of wind protection equipment. Iceland is a country with very strong winds, so a stable tripod is required to shoot the aurora. Many astrophotographers wait in a certain place for several hours to capture the Aurora Borealis. The photographer was lucky in this instance as she waited near Diamond Beach where the reflection of the aurora on the ice was beautiful. Sony a7R III camera, 14 mm f/2.8 lens Sky: ISO 1000, 1-second exposure Foreground: ISO 2500, 2.5-second exposure

OUR MOON:

Tycho Crater Region with Colours © Alain Paillou (France) – WINNER

OM 40753 11 Winner Tycho Crater Region with Colours © Alain Paillou

The Tycho crater is one of the most famous craters on the Moon. This huge impact has left very impressive scars on the Moon’s surface. With the colours of the soils, Tycho is even more impressive. This picture combines one session with a black-and-white camera, to capture the details and sharpness, and one session with a colour camera, to capture the colours of the soils. These colours come mainly from metallic oxides in small balls of glass and can give useful information about the Moon’s geology and history. The blue shows a high titanium oxide concentration and the red shows high iron oxide concentration. This picture reveals the incredible beauty and complexity of our natural satellite.

Ceslestron C9.25 telescope at f/10 and f/6.3, Orion Sirius EQ-G mount, ZWO ASI178MM and ASI178MC cameras, multiple 15-millisecond exposures

Moon Base © Daniel Koszela (Poland) - HIGHLY COMMENDED
This photo shows the Full Moon over the highest peak of the Krkonoše Mountains, Śnieżka at 1602 metres. The single frame image was taken in December 2019, shortly after sunset, two kilometres from the summit. The weather was perfect with few clouds and no wind. The building on the left is a meteorological observatory and on the right you can see the chapel of St. Lawrence.
Nikon D610 camera, 600 mm f/14 lens, ISO 50, 1/8-second exposure
Moon Base © Daniel Koszela (Poland) - HIGHLY COMMENDED This photo shows the Full Moon over the highest peak of the Krkonoše Mountains, Śnieżka at 1602 metres. The single frame image was taken in December 2019, shortly after sunset, two kilometres from the summit. The weather was perfect with few clouds and no wind. The building on the left is a meteorological observatory and on the right you can see the chapel of St. Lawrence. Nikon D610 camera, 600 mm f/14 lens, ISO 50, 1/8-second exposure
HDR Partial Lunar Eclipse with Clouds © Ethan Roberts (UK) - RUNNER-UP
During the 2019 partial lunar eclipse, the photographer managed to capture this fantastic image of the Moon while a small cloud passed in front of it. You can see the Earth's shadow on the top right and its striking orange colour caused by the Sun’s light passing through the atmosphere. This is a high dynamic range image, meaning both the darker, shadowed region is correctly exposed as well as the much brighter parts of the Moon. This processing technique also allows the clouds to be seen more clearly, giving the Moon a similar appearance to that of a solar corona.
Sky-Watcher Evostar 80ED telescope, Sky-Watcher EQ5 SynScan mount, Canon EOS 100D camera, 600 mm f/7 lens, ISO 800, composite of 5-second, 1-second, 1/10-second and 1/30-second exposures
HDR Partial Lunar Eclipse with Clouds © Ethan Roberts (UK) - RUNNER-UP During the 2019 partial lunar eclipse, the photographer managed to capture this fantastic image of the Moon while a small cloud passed in front of it. You can see the Earth's shadow on the top right and its striking orange colour caused by the Sun’s light passing through the atmosphere. This is a high dynamic range image, meaning both the darker, shadowed region is correctly exposed as well as the much brighter parts of the Moon. This processing technique also allows the clouds to be seen more clearly, giving the Moon a similar appearance to that of a solar corona. Sky-Watcher Evostar 80ED telescope, Sky-Watcher EQ5 SynScan mount, Canon EOS 100D camera, 600 mm f/7 lens, ISO 800, composite of 5-second, 1-second, 1/10-second and 1/30-second exposures

OUR SUN:

Liquid Sunshine © Alexandra Hart (UK) – WINNER

OS 3384 1 Winner Liquid Sunshine © Alexandra Hart

Solar minimum may be seen as a quiet Sun and deemed dull in white light, but if you look closely at the small-scale structure, the surface is alive with motion. This surface is about 100 kilometres thick and the ever-boiling motion of these convection cells circulate, lasting for around 15 to 20 minutes. They are around 1,000 kilometres in size and create a beautiful ‘crazy paving’ structure for us to enjoy.

Celestron C11 XLT Schmidt-Cassegrain telescope at f/50, Baader Solar Continuum Filter with ND3.8 AstroSolar Film, Sky-Watcher EQ6 Pro mount, ZWO-ASI174MM camera, 8.431-millisecond exposure

Ultraviolet © Alan Friedman (USA) - HIGHLY COMMENDED
Here is a portrait of the Sun captured through a specialized solar telescope that transmits light at the calcium K-line – a narrow slice of the spectrum in the near UV. This wavelength shows the details of the low chromosphere – a crackling texture, here undisturbed by active regions or sunspots. This tranquillity is the signature of solar minimum. In 2019 the Sun showed no sunspots on 281 days.
Coronado 90 mm CaK telescope at 800mm focal length, Astro-Physics 1200 mount, FLIR Grasshopper 6 Megapizel monochrome streaming camera, 1/1000-second exposure
Ultraviolet © Alan Friedman (USA) - HIGHLY COMMENDED Here is a portrait of the Sun captured through a specialized solar telescope that transmits light at the calcium K-line – a narrow slice of the spectrum in the near UV. This wavelength shows the details of the low chromosphere – a crackling texture, here undisturbed by active regions or sunspots. This tranquillity is the signature of solar minimum. In 2019 the Sun showed no sunspots on 281 days. Coronado 90 mm CaK telescope at 800mm focal length, Astro-Physics 1200 mount, FLIR Grasshopper 6 Megapizel monochrome streaming camera, 1/1000-second exposure
145 Seconds of Darkness © Filip Ogorzeski (Poland) - RUNNER-UP
This image was captured during the total solar eclipse seen on 2 July 2019. The photographer travelled 13,000 kilometres from Poland to Chile to see the total solar eclipse. His plan was to create the most minimalist picture of this breath-taking event and capture the brief moment when nature freezes; the birds fly to their nests and the temperature drops during 145 seconds of darkness.
Fujifilm X-T2 camera, Carl Zeiss Touit Planar 32 mm f/1.8 lens at f/5.6, ISO 400, 1/90-second exposure
145 Seconds of Darkness © Filip Ogorzeski (Poland) - RUNNER-UP This image was captured during the total solar eclipse seen on 2 July 2019. The photographer travelled 13,000 kilometres from Poland to Chile to see the total solar eclipse. His plan was to create the most minimalist picture of this breath-taking event and capture the brief moment when nature freezes; the birds fly to their nests and the temperature drops during 145 seconds of darkness. Fujifilm X-T2 camera, Carl Zeiss Touit Planar 32 mm f/1.8 lens at f/5.6, ISO 400, 1/90-second exposure

PEOPLE AND SPACE:

The Prison of Technology © Rafael Schmall (Hungary) – WINNER

PS 23082 21 Winner The Prison of Technology © Rafael Schmall

The star in the centre of the image is the Albireo double star, surrounded by the trails of moving satellites. How many more might there be by the time we reach next year’s competition? There could be thousands of moving dots in the sky. In order to create astrophotos, photographers have to carefully plan where to place the telescope, and this will be more difficult in the future with more satellites in the way.

Sky-Watcher Quattro 200/800 astrograph telescope (modified) at f/4, Sky-Watcher EQ6-Pro GOTO mount, Canon EOS 6D camera, ISO 1600, 5 x 150-second exposures

AZURE Vapor Tracers © Yang Sutie (China) - HIGHLY COMMENDED
At the top of fjords in Arctic Norway, the photographer was met with an unknown sky. Was it aliens? Was it the supernatural? He captured a series of photos to record the night and didn’t know until the next day that the colours were actually created by the ‘Auroral Zone Upwelling Rocket Experiment (AZURE)’ from Andøya Space Centre which dispersed gas tracers to probe winds in Earth’s upper atmosphere. 
Nikon D850 camera, 14 mm f/2.8 lens, ISO 1600, 6-second exposure
AZURE Vapor Tracers © Yang Sutie (China) - HIGHLY COMMENDED At the top of fjords in Arctic Norway, the photographer was met with an unknown sky. Was it aliens? Was it the supernatural? He captured a series of photos to record the night and didn’t know until the next day that the colours were actually created by the ‘Auroral Zone Upwelling Rocket Experiment (AZURE)’ from Andøya Space Centre which dispersed gas tracers to probe winds in Earth’s upper atmosphere. Nikon D850 camera, 14 mm f/2.8 lens, ISO 1600, 6-second exposure
Observe the Heart of the Galaxy © Tian Li (China) - RUNNER-UP
This image depicts the photographer climbing the radio telescope and Mingantu solar radio telescope array. First the photographer tested and moved his camera so that the M8 and M20 nebulae would appear right next to the telescope. After taking the foreground image, he moved his camera a little bit but still pointing at the same location in the sky, and captured the background with an equatorial mount.
Sigma 135 mm telescope at f/1.8, Sky-Watcher Adventurer mount, Canon EOS 6D camera (modified), 135 mm f/1.8 lens, ISO 1600
Sky: 15 x 30-second exposures
Foreground: 30-second exposure
Observe the Heart of the Galaxy © Tian Li (China) - RUNNER-UP This image depicts the photographer climbing the radio telescope and Mingantu solar radio telescope array. First the photographer tested and moved his camera so that the M8 and M20 nebulae would appear right next to the telescope. After taking the foreground image, he moved his camera a little bit but still pointing at the same location in the sky, and captured the background with an equatorial mount. Sigma 135 mm telescope at f/1.8, Sky-Watcher Adventurer mount, Canon EOS 6D camera (modified), 135 mm f/1.8 lens, ISO 1600 Sky: 15 x 30-second exposures Foreground: 30-second exposure

PLANETS, COMETS AND ASTEROIDS:

Space Between US… © Łukasz Sujka (Poland) – WINNER

PCA 29105 29 Winner Space Between Us... © Łukasz Sujka

This image shows the really close alignment of the Moon and Jupiter that happened on 31 October 2019. In the full resolution picture, you’ll see that there are three of Jupiter’s moons also visible. This small project is a big challenge that involves a lot of luck and good seeing conditions. To capture this phenomenon in such a big scale was quite demanding in data acquisition as Jupiter and the Moon travelled across the sky quite fast. It happened in altitude only 9 degrees above the horizon. I wanted to show the huge emptiness and the size of space, which is why there is a lot of ‘nothing’ between the two major parts of the image.

Sky-Watcher Newtonian 10″ telescope at f/4.8, Baader MPCC Coma Corrector filter, Sky Watcher NEQ-6 mount, ZWO ASI178 MM-C camera, 300 x 10-millisecond exposures per channel

The Ghost of Alnilam and a Near Earth Asteroid © Robert Stephens (USA) - HIGHLY COMMENDED
Sometimes, what appears to be a disaster in astronomical imaging actually becomes a nice composition. The photographer’s telescopes normally observe and study near-Earth asteroids. While following the asteroid (11405) 1999 CV3, he was surprised to see an extremely bright star. It was the 1.8 magnitude Alnilam, the middle star in the Belt of Orion. It cast internal reflections throughout the telescope, but fortunately they avoided the asteroid crossing the centre of the field of view. This near-Earth asteroid was approximately 78 million miles away at the time. Alnilam is about 2,000 light years away, meaning the light we are seeing now left the star in biblical times. The light that left the asteroid was about eight minutes old.
Meade 16” Schmidt-Cassegrain telescope at f/10, Mathis Instruments
MI-5000 mount, FLI 1001E CCD camera, 14 x 300-second exposures
The Ghost of Alnilam and a Near Earth Asteroid © Robert Stephens (USA) - HIGHLY COMMENDED Sometimes, what appears to be a disaster in astronomical imaging actually becomes a nice composition. The photographer’s telescopes normally observe and study near-Earth asteroids. While following the asteroid (11405) 1999 CV3, he was surprised to see an extremely bright star. It was the 1.8 magnitude Alnilam, the middle star in the Belt of Orion. It cast internal reflections throughout the telescope, but fortunately they avoided the asteroid crossing the centre of the field of view. This near-Earth asteroid was approximately 78 million miles away at the time. Alnilam is about 2,000 light years away, meaning the light we are seeing now left the star in biblical times. The light that left the asteroid was about eight minutes old. Meade 16” Schmidt-Cassegrain telescope at f/10, Mathis Instruments MI-5000 mount, FLI 1001E CCD camera, 14 x 300-second exposures
The Outer Reaches © Martin Lewis (UK) - RUNNER-UP
On 3 December 2019, the cloud cleared around mid-evening to reveal exceptionally steady skies over the photographer’s home in the UK. Making the most of the conditions, he turned his telescope to the distant planet Uranus and started gathering video frames using an infrared filter to bring out cloud details on this otherwise visually bland planet. To get the best images, a photographer must average the best of many short exposures. For an object as faint as Uranus, this means the individual frames are very noisy. That night, even through these noisy preview frames, the lighter polar region could be easily seen – a most exceptional situation and a testament to the steady skies that night.
Home-built 444 mm Dobsonian Newtonian reflector telescope at f/12.1, Astronomik 610 nm filter, Home-built Equatorial tracking platform mount, ZWO ASI290MM camera
Uranus: 13,500 x 8.6-millisecond exposures
Moons: 1,170 x 100-millisecond exposures
The Outer Reaches © Martin Lewis (UK) - RUNNER-UP On 3 December 2019, the cloud cleared around mid-evening to reveal exceptionally steady skies over the photographer’s home in the UK. Making the most of the conditions, he turned his telescope to the distant planet Uranus and started gathering video frames using an infrared filter to bring out cloud details on this otherwise visually bland planet. To get the best images, a photographer must average the best of many short exposures. For an object as faint as Uranus, this means the individual frames are very noisy. That night, even through these noisy preview frames, the lighter polar region could be easily seen – a most exceptional situation and a testament to the steady skies that night. Home-built 444 mm Dobsonian Newtonian reflector telescope at f/12.1, Astronomik 610 nm filter, Home-built Equatorial tracking platform mount, ZWO ASI290MM camera Uranus: 13,500 x 8.6-millisecond exposures Moons: 1,170 x 100-millisecond exposures

SKYSCAPES:

Painting the Sky © Thomas Kast (Germany) – WINNER

S 3256 1 Winner Painting the Sky © Thomas Kast

The photographer was searching for clear skies in Finnish Lapland to capture the beauty of a polar night and couldn’t believe his eyes when he saw what was waiting behind the clouds. Polar stratospheric clouds are something the photographer has been searching for many years and had seen only in photographs until that day. He took his camera onto a frozen river to get a good view and started to take photos. The clouds slowly changed their shape and colours. It was like watching someone painting, especially when the Sun was lower – it started to get a darker orange and the pink shades became stronger.

Nikon D850 camera, 120 mm f/16 lens, ISO 64, 1/40-second exposure

Voice of the Universe © Weijian Chen (China) - HIGHLY COMMENDED
This is the aerial radar tower on the edge of the city of Taiyuan. Looking up from the middle of the mountain, it is more like a launch tower that communicates with extra-terrestrial civilizations. Between the mountains there is no sound. Facing the east, we can see the stars shining. It is here we seem to hear the voice of the Universe.
Canon EOS 6D (modified),  Sky-Watcher Star Adventurer mount, 100 mm f/4 lens, ISO 1600, Sky: 90-second exposure, Foreground: 100-second exposure
Voice of the Universe © Weijian Chen (China) - HIGHLY COMMENDED This is the aerial radar tower on the edge of the city of Taiyuan. Looking up from the middle of the mountain, it is more like a launch tower that communicates with extra-terrestrial civilizations. Between the mountains there is no sound. Facing the east, we can see the stars shining. It is here we seem to hear the voice of the Universe. Canon EOS 6D (modified), Sky-Watcher Star Adventurer mount, 100 mm f/4 lens, ISO 1600, Sky: 90-second exposure, Foreground: 100-second exposure
Desert Magic © Stefan Leibermann (Germany) - RUNNER-UP
The photographer took this image during a trip through Jordan. He stayed for three days in the desert at Wadi Rum. During the night, the photographer tried to capture the amazing starry sky over the desert. He used a star tracker device to capture the sky. The photographer found this red dune as a foreground and captured the imposing Milky Way centre in the sky.
Sony ILCE 7M3 camera
Sky: 24 mm f/2.4 lens, ISO 1000, 272-second exposure
Foreground: 24 mm f/8 lens, ISO 800, 20-second exposure
Desert Magic © Stefan Leibermann (Germany) - RUNNER-UP The photographer took this image during a trip through Jordan. He stayed for three days in the desert at Wadi Rum. During the night, the photographer tried to capture the amazing starry sky over the desert. He used a star tracker device to capture the sky. The photographer found this red dune as a foreground and captured the imposing Milky Way centre in the sky. Sony ILCE 7M3 camera Sky: 24 mm f/2.4 lens, ISO 1000, 272-second exposure Foreground: 24 mm f/8 lens, ISO 800, 20-second exposure

STARS AND NEBULAE:

Cosmic Inferno © Peter Ward (Australia) – WINNER

SN 3032 1 Winner Cosmic Inferno © Peter Ward
NGC 3576 is a well-known nebula in southern skies, but is shown here without any stars. Software reveals just the nebula, which has been mapped into a false colour palette. The scene takes on the look of a celestial fire-maelstrom. The image is intended to reflect media images taken in Australia during 2019 and 2020, where massive bushfires caused the destruction of native forests and have claimed over 12 million acres of land. It shows nature can act on vast scales and serves as a stark warning that our planet needs nurturing.

Alluna Optics RC-16 telescope at f/8, 5 nm Ha filter, Paramount ME II mount, SBIG STX-16803 camera, 32 x 10-minute exposures

The Misty Elephant's Trunk © Min Xie (USA) - HIGHLY COMMENDED
The photographer imaged IC 1396, otherwise known as the Elephant’s Trunk, in the Hubble palette from my light-polluted backyard in Coppell, Texas. This image presents the Elephant’s Trunk surrounded by the emission clouds with a misty feeling and an emphasized blue doubly ionized oxygen area as the background. It really gives the feeling of the trunk emerging from the distance.
Takahashi FSQ-85 EDP telescope at f/5.35, Astrodon 3 nm filters, Astro-Physics Mach1GTO CP3 mount, ZWO ASI1600MM-Pro camera, RGB-Ha-SII-OIII composite, 46.6 hours total exposure
The Misty Elephant's Trunk © Min Xie (USA) - HIGHLY COMMENDED The photographer imaged IC 1396, otherwise known as the Elephant’s Trunk, in the Hubble palette from my light-polluted backyard in Coppell, Texas. This image presents the Elephant’s Trunk surrounded by the emission clouds with a misty feeling and an emphasized blue doubly ionized oxygen area as the background. It really gives the feeling of the trunk emerging from the distance. Takahashi FSQ-85 EDP telescope at f/5.35, Astrodon 3 nm filters, Astro-Physics Mach1GTO CP3 mount, ZWO ASI1600MM-Pro camera, RGB-Ha-SII-OIII composite, 46.6 hours total exposure
The Dolphin Jumping out of an Ocean of Gas © Connor Matherne (USA) - RUNNER-UP
This target is officially known as Sh2-308, but the photographer has always enjoyed calling it the Dolphin Nebula. It is a bubble of gas being shed by the bright blue star in the centre of the image as it enters its pre-supernova phase. The red star to the right could possibly be influencing the shape too and might be responsible for the bill of the dolphin. While it won’t explode in our lifetimes, seeing the warning signs are quite neat. It never hurts to say that the warning signs are the most beautiful part of this particular target!
Takahashi TOA-150B telescope at f/7.3, Astro-Physics 1600 mount, FLI ML16200 camera, RGB-Ha-OIII composite, 33 hours total exposure
The Dolphin Jumping out of an Ocean of Gas © Connor Matherne (USA) - RUNNER-UP This target is officially known as Sh2-308, but the photographer has always enjoyed calling it the Dolphin Nebula. It is a bubble of gas being shed by the bright blue star in the centre of the image as it enters its pre-supernova phase. The red star to the right could possibly be influencing the shape too and might be responsible for the bill of the dolphin. While it won’t explode in our lifetimes, seeing the warning signs are quite neat. It never hurts to say that the warning signs are the most beautiful part of this particular target! Takahashi TOA-150B telescope at f/7.3, Astro-Physics 1600 mount, FLI ML16200 camera, RGB-Ha-OIII composite, 33 hours total exposure

YOUNG COMPETITION:

The Four Planets and the Moon © Alice Fock Hang (Reunion), aged 11 – WINNER

Y 42968 1 Winner The Four Planets and the Moon © Alice Fock Hang
Photographing a planetary alignment requires rigor and patience but also a lot of luck. That evening, despite preparing everything for a week, the photographer encountered clouds. The magic started after sunset, where the moonset, Venus, Mercury, the star Antares, Jupiter and Saturn could be seen over the Indian Ocean. By looking at the sky map, The photographer could see that Pluto was there also above Saturn but invisible in my image. Note also the presence of Alpha Centuari on the left of the image as well as our immense galaxy, the Milky Way.

Nikon D610 camera, 35 mm f/3.2 lens, ISO 3200, 18 x 13-second exposures

Collision Course! © Winslow Barnford (USA), aged 15 - HIGHLY COMMENDED
This is an image of the Andromeda Galaxy (Messier 31) as well as two smaller galaxies (Messier 32 and Messier 110). The photographer started collecting data on this target in Sequoia National Park, on a dark-sky trip, however due to technical failures he had to finish the image from his roof, under much heavier light pollution. 
Meade Series 6000 70 mm f/5 APO Astrograph Quadruplet refractor telescope at f/5, Orion Atlas Pro mount, Nikon D5300 camera, ISO 400-1600, 3 hour total exposure
Collision Course! © Winslow Barnford (USA), aged 15 - HIGHLY COMMENDED This is an image of the Andromeda Galaxy (Messier 31) as well as two smaller galaxies (Messier 32 and Messier 110). The photographer started collecting data on this target in Sequoia National Park, on a dark-sky trip, however due to technical failures he had to finish the image from his roof, under much heavier light pollution. Meade Series 6000 70 mm f/5 APO Astrograph Quadruplet refractor telescope at f/5, Orion Atlas Pro mount, Nikon D5300 camera, ISO 400-1600, 3 hour total exposure
Detached Prominences © Thea Hutchinson (UK), aged 13 - RUNNER-UP
This is the Sun imaged from London in September 2019. This is a composite of two images, one exposed for the solar prominences and the other for the solar disc. The solar disc image was inverted, converted to false colour and blended with the prominence in Photoshop as a dark layer. This was the first time the photographer used this technique.
Lunt LS60THa telescope, Ha filtered solar scope, Celestron CGE Pro mount, ZWO ASI174MM camera, 500 mm with 2.5x Powermate (1250) f/8.3 with 2.5 x Televue Powermate (20.75) lens, Prominence: 750 x 26.7-millisecond exposures, Solar disk: 750 x 1.764-millisecond exposures
Detached Prominences © Thea Hutchinson (UK), aged 13 - RUNNER-UP This is the Sun imaged from London in September 2019. This is a composite of two images, one exposed for the solar prominences and the other for the solar disc. The solar disc image was inverted, converted to false colour and blended with the prominence in Photoshop as a dark layer. This was the first time the photographer used this technique. Lunt LS60THa telescope, Ha filtered solar scope, Celestron CGE Pro mount, ZWO ASI174MM camera, 500 mm with 2.5x Powermate (1250) f/8.3 with 2.5 x Televue Powermate (20.75) lens, Prominence: 750 x 26.7-millisecond exposures, Solar disk: 750 x 1.764-millisecond exposures
The Carina Region © Logan Nicholson (Australia), aged 15 - HIGHLY COMMENDED
This is an image of the Carina constellation, home to one of the biggest and brightest nebulae in the sky, the Eta Carina Nebula, seen in the top right. The photographer decided to heavily push the red in this image, which reveals the spectacular hydrogen-alpha detail. Also visible in the bottom left is the Statue of Liberty Nebula, plus many dark nebulae. It is a very dense region of sky! The photographer also included H-alpha taken through a filter to really make the faint nebulae shine. 
ZWO ASI1600MM-Cool camera, Samyang/Rokinon 135 mm f/2 lens at f/2, ZWO filters, Sky-Watcher AZ-GTi mount, RGB-Ha composite, 5 hours total exposure
The Carina Region © Logan Nicholson (Australia), aged 15 - HIGHLY COMMENDED This is an image of the Carina constellation, home to one of the biggest and brightest nebulae in the sky, the Eta Carina Nebula, seen in the top right. The photographer decided to heavily push the red in this image, which reveals the spectacular hydrogen-alpha detail. Also visible in the bottom left is the Statue of Liberty Nebula, plus many dark nebulae. It is a very dense region of sky! The photographer also included H-alpha taken through a filter to really make the faint nebulae shine. ZWO ASI1600MM-Cool camera, Samyang/Rokinon 135 mm f/2 lens at f/2, ZWO filters, Sky-Watcher AZ-GTi mount, RGB-Ha composite, 5 hours total exposure
Light Bridge in the Sky © Xiuquan Zhang (China), aged 12 - HIGHLY COMMENDED
The photographer visited Iceland with his mother in 2019. The sky there is wonderful every night. The photographer had never seen such a scene before! The aurora is magical, as you can see in this photo.
Canon 5D Mark IV camera, 14 mm f/2 lens, ISO 10000, 2.5-second exposure
Light Bridge in the Sky © Xiuquan Zhang (China), aged 12 - HIGHLY COMMENDED The photographer visited Iceland with his mother in 2019. The sky there is wonderful every night. The photographer had never seen such a scene before! The aurora is magical, as you can see in this photo. Canon 5D Mark IV camera, 14 mm f/2 lens, ISO 10000, 2.5-second exposure

SIR PATRICK MOORE PRIZE FOR BEST NEWCOMER:

Waves © Bence Toth (Hungary) – WINNER

BN 68776 1 Winner Waves © Bence Toth
The image shows the central region of the California Nebula (NGC 1499). It tries to show the uncontrollable vast energy of nature, in a form which resembles the huge waves of a storm in the ocean. The RGB channels are used the create the colours of the stars, and all of the nebulosity are synthetized from the hydrogen-alpha and the SII channels. The colour assignment of the narrowband channels is done in a way to create an image close to true colour, but preserving the fine details and the depth provided by the narrowband filters.

Sky-Watcher Quattro 200P telescope at f/4, Sky-Watcher EQ6-R mount, ZWO ASI1600MM Pro camera, RGB-Ha-SII composite, 7 hours 50 minutes total exposure

ANNIE MAUNDER PRIZE FOR IMAGE INNOVATION:

Dark River © Julie F Hill (UK) – WINNER

II 103252 17 Winner Dark River detail © Julie F Hill

Dark River is a sculptural work that maps, or mirrors, the Milky Way celestial entity using one of the largest images ever made of its central areas. Referencing Elizabeth Kesseler’s notion of the astronomical sublime, as well as Gaston Bachelard’s idea of ‘intimate immensity’, this gigapixel image of the Milky Way, showing around 84 million stars, is reworked into a sculptural ‘affective space’ that affords a bodily and imaginative engagement with the viewer. The image was obtained with the VISTA survey telescope at ESO’s Paranal Observatory in Chile and contains nearly nine billion pixels. This was an incredibly large file to work so the artist had to cut it down into manageable pieces to then print. She made 2.2 x 1 metre sections, which she then laboriously printed and glued together by hand to create a 9 x 5 metre sheet when flat. The image was digitally printed at 300dpi using archival pigment inks, onto a Japanese paper which is lightweight yet robust. In creating this piece, the artist was emulating the mosaic process used by astronomers when processing and compositing data. The artist retained the naturalistic colours the astronomers used to colour the image, which makes the celestial more earthly and relatable. The full-sized print is sculpted to adapt to the space in which it’s displayed.

VISTA Survey Telescope, Infrared J 1.25 μm, Infrared H 1.65 μm, Infrared 2.15 μm channels, ESO/VVV Survey/D. Minniti Acknowledgement: Ignacio Toledo, Martin Kornmesser

To learn more about the contest, see all of the winners, or find out more about this year’s exhibition, visit the Royal Observatory websites here.