The incredible two BILLION pixel image of the universe that reveals the celestial cat's paw meeting the cosmic lobster

  • Image from the Very Large Telescope uses  two billion pictures to display the Cat’s Paw and Lobster nebulae
  • These objects were first detected in 1837, and sit 5500 and 8000 light-years away from Earth, respectively
  • Telescopes are able to see three of 'toepads' of the Paw and claw-like regions of the nearby Lobster Nebyla

Two nebulae in the ‘stinging tail’ of the constellation Scorpius can be seen in stunning new detail in one of largest images ever released by the ESO.

The new picture from the Very Large Telescope uses roughly two billion pictures to display the Cat’s Paw and Lobster nebulae, which sit 5500 and 8000 light-years away from Earth.

Observation capabilities have come a long way since the objects were first spotted in 1837, but even with the powerful new instruments, thick dust in the nebulae keeps much of their content hidden.

Use your mouse or the slider to zoom in and out of the image

Two nebulae in the ‘stinging tail’ of the constellation Scorpius can be seen in stunning new detail in one of largest images ever released by the ESO. The new picture from the Very Large Telescope uses roughly two billion pictures to display the Cat’s Paw and Lobster nebulae, which sit 5500 and 8000 light-years away from Earth.

WHAT IT SHOWS 

The image reveals a detailed look at the Cat's Paw and Lobster nebulae.

These objects, named NGC 6334 and NGC 6357, sit 5500 and 8000 light-years away from Earth, respectively.

Small traces were first detected by British scientist John Herschel in June 1837, when he spotted the brightest 'toepad' of the Cat's Paw.

Now, telescopes are able to see three of these toepads and the claw-like regions of the nearby Lobster Nebyla.

Astronomers have studied the Cat’s Paw Nebula and the Lobster Nebula, named NGC 6334 and NGC 6357, respectively, for roughly 180 years.

Small traces were first detected by British scientist John Herschel on consecutive nights in June 1837.

The scientist spotted the brightest ‘toepad’ of the Cat’s Paw during a three-year expedition to the Cape of Good Hope in South Africa.

Now, telescopes are able to see three of these toepads and the claw-like regions of the nearby Lobster Nebyla.

These features are actually made up of gas, mostly hydrogen, that’s energized by the light of newborn stars.

The Cat’s Paw is one of the most active stellar nurseries in the sky, according to the ESO, producing thousands of young, hot stars.

The images shows a number of highlights from the stunning two billion pixel view. The hydrogen clouds of the stellar nurseries glow in red, alongside darker clouds of dust

The hot stars in these nebulae are around 10 times more massive than the Sun, and radiate intense ultraviolet light.

When the light encounters hydrogen atoms, the atoms become ionized, creating a glowing ‘cloud’ known as emission nebulae.

Scientists with the ESO were able to capture this stunning new view using the Very Large Survey Telescope’s (VST) 256-megapixel OmegaCam camera.

Astronomers have studied the Cat’s Paw Nebula and the Lobster Nebula, named NGC 6334 and NGC 6357, respectively, for roughly 180 years. Small traces were first detected by British scientist John Herschel on consecutive nights in June 1837

The massive image – at 49511 x 39136 pixels – shows tendrils of dust moving through the nebulae, blocking some of the light.

While thick dust continues to hide much of the nebulae’s content, telescopes such as the ESO’s VISTA can observe infrared wavelengths to the star formation activity behind the cloud.

According to the scientists, viewing the nebulae in different wavelengths can change their appearance.

At the longer infrared wavelength, part of the Lobster nebula looks like a dove, while the other appears to be a skull.

This has earned NGC 6357 the name ‘War and Peace Nebula’ along with its other moniker. 

VERY LARGE TELESCOPE JOINS SEARCH FOR ALIENS

Three of the world's most powerful men are ramping up efforts to find alien life by upgrading an advanced telescope in Chile.

Facebook's Mark Zuckerberg, Russian entrepreneur Yuri Milner and physicist Stephen Hawking are hoping to find Earth-like planets in our neighbouring star system, Alpha Centauri.

Together they will upgrade the Very Large Telescope (VLT) to look for potentially habitable worlds as part of the 'Breakthrough' initiatives.

These planets could be the targets for a launch of tiny space probes to track down aliens within our lifetimes, the European Southern Observatory (ESO) said.

The move follows the discovery last year of a planet, Proxima b, around Proxima Centauri, the third and faintest star of the Alpha Centauri system.

The rocky planet is believed to have the right conditions to harbour life and is just four light years from Earth.

 

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