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A scientific collage of 112 square individual images from the Euclid space telescope, arranged in a six-by-six grid on a black background. Each square shows a different strong gravitational lens in the distant universe. At the center of nearly every image is a bright, mostly yellowish-white foreground galaxy. Surrounding these central galaxies, the effects of spacetime curvature are clearly visible: the light from even more distant background galaxies appears as blue arcs of light, circularly curved arcs, filamentary structures, or nearly closed rings—so-called Einstein rings. Some images also show point-like multiple images of the same background galaxy, arranged symmetrically around the center. The details are very sharp, and in the background of each square, additional tiny, distant galaxies and stars are visible as points of light.

The Max Planck Institute for Extraterrestrial Physics (MPE) in Garching is inviting the public to take part in the ‘Space Warps’ citizen science project on the Zooniverse platform. Volunteers are asked to identify strong gravitational lenses in as yet unpublished images from ESA’s Euclid space telescope. Scientists expect over 10,000 new candidates – more than in 50 years of all previous discoveries combined. more

Detailed X-ray image of the sky, illustrating various cosmic phenomena with vibrant colors and bright spots.

Here you can find images, videos and graphics for download for the MPE-article “Space Telescope Studies Solar System X-ray Glow”
You are free to use the visuals for your own eROSITA reporting, please give the appropriate credit with each visual. more

Detailed X-ray image of the sky, illustrating various cosmic phenomena with vibrant colors and bright spots.

SRG/eROSITA reveals how our Solar System modifies the appearance of the X-ray sky more

Visualization of exoplanets WISPIT2b, WISPIT2c, and spectral data indicating carbon monoxide presence.

A Cosmic Laboratory for Planet Formation in the WISPIT-2 System more

A moon and a planet next to each other

Hydrogen atmosphere could keep exomoons habitable for billions of years more

Several bright spots in space in front of a dark background.

Munich astronomers image and model extremely rare gravitationally lensed supernova more

A molecular model with colored atoms is set against a dramatic orange and red nebula, suggesting a scientific exploration theme.

Astrophysicists Discover Largest Sulfur-Containing Molecular Compound in Space more

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