Gravitational Lens Collection

Dark matter map. Computer model of a dark matter (red) map in part of the universe a billion light years long, the first time the invisible dark matter between visible objects has been mapped

Gravitational lensing by a galactic cluster

Gravitational lens in CL0024+1654 Artist: W Collet
Gravitational lens in CL0024+1654. A gravitational lens occurs when light from a very distant, bright source (such as a quasar) is bent around a massive object (such as a galaxy)

Gravitation lens G2237+0305. Einstein Cross quasar. A gravitational lens occurs when light from a very distant, bright source (such as a quasar) is bent around a massive object (such as a galaxy)

Cosmic string lensing, artwork. Cosmic strings (red) are theoretical one-dimensional loops thought to have formed when regions of spacetime with different properties contacted each other during

HST view of gravitational lens 0024+1654
Gravitational lens. Hubble Space Telescope (HST) image showing the phenomenon of gravitational lensing. At centre is a cluster of galaxies (yellow) called 0024+1654 about 5 billion light years away

Gravitational lensing caused by Abell 2218 cluster
Gravitational lensing. Coloured visible light image of gravitational arcs in the galaxy cluster Abell 2218. The thin arc-like features seen scattered around the frame are made by light from very

Gravitational lensing. Artwork showing how a telescope can see two distorted images of a distant quasar (top right), due to the quasars light being bent by an intervening galaxy

Einstein ring caused by gravitational lensing
Einstein ring. Coloured combined radio and infra- red image of an Einstein ring in the system B1938+ 666. An Einstein ring is formed when two massive objects are perfectly aligned with each other as

Data showing the distribution of dark matter
Dark matter distribution. Hubble Space Telescope (HST) data showing the distribution of invisible dark matter in a cluster of galaxies

Eddingtons comparator. This device was built by Sir Arthur Eddington (1882-1944), and was designed for measuring changes in the positions of stars

Gravitational lens, diagram
Gravitational lens. Diagram showing how light rays from distant stars are bent as they pass through the gravitational field of the Sun

Gravitational lens. Artwork showing how gravitational lenses can enable astronomers on Earth (upper right) to see magnified views (across bottom) of distant astronomical objects

Abell 1689 galaxy cluster, X-ray image
Abell 1689 galaxy cluster. Combined Hubble Space Telescope (HST) and Chandra X-ray Observatory (CXO) image of the massive galaxy cluster Abell 1689

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"Unveiling the Mysteries of Gravitational Lens: A Journey through Dark Matter Maps and Cosmic String Artwork" Discovering the hidden secrets of our universe, gravitational lensing emerges as a captivating phenomenon. Through the lens of science, we explore its enigmatic nature, starting with a dark matter map that unravels the intricate web woven by unseen cosmic forces. In awe-inspiring galactic clusters, gravitational lensing takes center stage. Witness breathtaking images captured by artists like W Collet, showcasing how light bends and distorts under immense gravitational pull. Behold the mesmerizing spectacle of CL0024+1654 - an ethereal dance between matter and gravity. Venturing further into this cosmic realm, we encounter G2237+0305 - a celestial masterpiece where space-time itself curves to create an otherworldly visual spectacle known as a gravitational lens. Marvel at its beauty; it is truly art in motion. But there's more to discover. Enter the realm of cosmic string lensing - an artistic interpretation that illustrates how these elusive strings can warp light and shape our perception of reality. These captivating artworks offer glimpses into dimensions beyond our comprehension. Through Hubble Space Telescope's watchful eye, we are granted access to extraordinary views like never before. Observe with wonder as gravitational lenses such as 0024+1654 reveal their true magnificence – bending light rays in perfect harmony across vast distances. As we delve deeper into this captivating subject, Abell 2218 cluster emerges as another remarkable example of gravitational lensing's power. Witness galaxies being transformed into arcs and rings due to this incredible phenomenon – proof that gravity shapes not only objects but also our understanding of them. The journey concludes with data revealing dark matter's distribution throughout space – providing crucial insights into what lies beyond our vision. Einstein rings serve as tangible evidence that even light cannot escape gravity’s grasp when confronted by massive objects.