Proper news from Britain - News from Britain you won’t find anywhere else. Not the tosh the big media force-feed you every day!

A photographer has captured an 'absolutely preposterous' snap of a skydiver appearing to fall from the sun.

The stunning image, titled 'The Fall of Icarus', was taken by astrophotographer Andrew McCarthy, who specialises in taking photos of the sun.

Mr McCarthy says that it took 'immense planning and technical precision' to make it seem like the Earth–bound skydiver was tumbling through outer space.

The skydiver, musician Gabriel Brown, jumped from a small propeller–powered paramotor from an altitude of around 3,500 feet (1,070 metres).

To get both the sun and Mr Brown in focus, Mr McCarthy's camera had to be positioned on the ground almost two miles (3.2 km) away.

That gave the photographer just a fraction of a second to capture the precise moment Mr Brown passed in front of his lens.

The spectacular results have gone viral on social media, with space and photography fans flocking to share their praise.

Even SpaceX CEO Elon Musk took to X to congratulate Mr McCarthy, writing: 'Nice shot'.

A photographer has captured an 'absolutely preposterous' snap of a skydiver appearing to fall from the sun.

Despite weeks of planning and precise calculations to work out the best possible position, capturing this unlikely shot still took extreme patience.

The small, light aircraft proved to be far less predictable than hoped, and getting it in just the right spot proved extremely challenging for pilot Jim Hamberlin. 

Mr McCarthy told Daily Mail: 'Getting the alignment right was a huge challenge and lesson in patience. 

'There were many passes with the aircraft that were so close but not good enough, and they ended up circling for an hour until they were aligned correctly with my narrow field of view.

'I absolutely love the contrast of the small human against our huge, dynamic star. It's the juxtaposition that makes this so special, and feels so optimistic. Like despite our small size, we're capable of so much.'

Incredibly, after several attempts to get the alignment right, Mr McCarthy and Mr Brown were able to capture the shot on the very first jump of the day.

Mr Brown wrote on X: 'I can't BELIEVE we pulled it off.

'It took months of planning and a stupid amount of math, but I couldn't be happier with the result! Best skydive of my life!'

The photo was captured by astrophotographer Andrew McCarthy, who says that the shot took incredible levels of planning
Mr McCarthy says that this image is likely the 'first photo of its kind in existence'
The skydiver in the photograph, musician Gabriel Brown (right), jumped from a small propeller-powered paramotor from an altitude of around 3,500 feet (1,070 metres). To have Mr Brown and the sun in shot, Mr McCarthy (left) had to take the photo from almost two miles (3.2 km) away

After being shared on social media, The Fall of Icarus soon went viral as impressed fans gushed over the stunning image.

Even NASA astronaut Don Petit, widely regarded as one of the world's best photographers, praised Mr McCarthy's work, writing on X: 'Wow!'.

Meanwhile, another commenter chimed in: 'My mind is gonna explode trying to figure out how the hell you plan these shots.'

'WOW!!!! That is wildly brilliant,' one enthusiastic fan added.

Another wrote: 'Incredible. Pure excellence.'

Although the sun is roughly 93 million miles (150 million kilometres) from Earth, Mr McCarthy's photo still reveals an amazing level of detail.

Behind the silhouetted skydiver in The Fall of Icarus, you can see the dark, cooler patches of sunspots and the thin stripes of filaments created by the sun's swirling magnetic fields.

This is possible because the photo was taken in a part of the visible light spectrum where small details aren't drowned out by the sun's bright outer layers.

On social media, space fans rushed to share their praise, with one commenter describing the stunning solar image as 'pure excellence'
NASA astronaut Don Pettit, regarded as one of the world's best space photographers, complimented Mr McCarthy's work
Another commenter wrote that their mind was 'gonna explode' thinking about the logistics behind this photograph

In particular, Mr McCarthy shoots in the Hydrogen–alpha band, which is a wavelength of light produced by the sun's cooler regions.

This blocks enough light to look at the sun through a telescope without being blinded, but not so much light that the details are totally lost.

Mr McCarthy has used this same technique to capture other stunning 'transit photos' of objects passing in front of the sun.

Earlier this year, he captured a 'once–in–a–lifetime' shot of the ISS passing in front of the sun at the exact moment a solar flare erupted into life.

He has also photographed a SpaceX rocket passing in front of the sun during launch, as well as ultra–high definition images of the lunar surface.

Our sun: The basics 

The sun is the star at the heart of the Solar System, a nearly perfect sphere of hot plasma, radiating energy.

It has a diameter of 1.39 million km, and is 330,000 times the mass of the Earth. 

Three quarters of the star is made of hydrogen, followed by helium, oxygen, carbon, neon and iron.

It is a G–type main sequence star and is sometimes called a yellow dwarf. 

The Sun formed from the gravitational collapse of matter in a large molecular cloud that gathered in the centre. 

The rest flattened into an orbiting disc that formed everything else.

Facts and Figures 

Name: Sun 

Known planets: Eight

Spectral type: G2

Distance to Earth: 150 million km

Distance from galactic center: 25,800 light–years 

Mass: 1.9885×10^30 kg

Radius: 696,342 km

Luminosity: 3.828×10^26 W

Temperature: 9,929 F

Age: 4.6 billion years  

Adblock test (Why?)