NASA's James Webb Space Telescope (JWST) has shared its first look at Uranus, revealing invisible glowing rings around the ice giant and its 27 moons.

The $10 billion telescope captured 11 of the 13 planet's rings in the new image, which are so bright they seem to blend into one illuminated loop.

Astronomers are also astounded by JWST's power, as it snapped the two faintest dusty rings not discovered until the 1986 flyby by Voyager 2. 

The main rings are made of ice boulders several feet across, while the others are mainly of icy chunks darkened by rocks. 

The rings are thin, narrow, and dark compared to those of other planets, such as Saturn.

Webb also captured many of Uranus’s 27 known moons, most of which are too small and faint to be seen here, but the six brightest are identified in the wide-view image that was only a 12-minute exposure.

NASA's NASA's James Webb Space Telescope (JWST) shared its first look at Uranus, revealing 11 of the planet's 13 rings, its unique solar cap and bright clouds

NASA's NASA's James Webb Space Telescope (JWST) shared its first look at Uranus, revealing 11 of the planet's 13 rings, its unique solar cap and bright clouds

Uranus is a stunning shade of blue caused by a thick layer of haze in its atmosphere.

University of Oxford-led researchers termed this the Aerosol-2 layer, which they said would look whitish at visible wavelengths.

It lightens the appearance of the seventh planet from the sun, similar to how tracing paper over a picture makes vibrant colors seem milkier.

 JWST's image was made possible through its

Near-Infrared Camera (NIRCam), which captures light from the edge of the visible through the near-infrared range of the electromagnetic spectrum, has brought distant galaxies into sharp focus in the new image.

Tiny, faint structures that have never been seen before, including star clusters – groups of hundreds to millions of stars that share a common origin, all gravitationally bound for as long as several billions of years.

'When Voyager 2 looked at Uranus, its camera showed an almost featureless blue-green ball in visible wavelengths,' the European Space Agency (ESA) shared in a statement.

'With the infrared wavelengths and extra sensitivity of Webb we see more detail, showing how dynamic the atmosphere of Uranus really is.'

Uranus is a stunning shade of blue caused by a thick layer of haze in its atmosphere. The image was only a 12-minute exposure

Uranus is a stunning shade of blue caused by a thick layer of haze in its atmosphere. The image was only a 12-minute exposure