k Gravitational lensing by an elliptical galaxy Gravitational lens. Hubble Space Telescope image of a galaxy acting as a gravitational lens. Here an elliptical galaxy yellow and red causes light from a more distant object to be seen as four faint blue images in a crossshaped pattern. The enormous gravity of the foreground galaxy warps space nearby. This warping bends light, magnifying and distorting the image of the distant object. This is normally seen as arcs or a pair of images quadruple images are rare. Studies of such objects may lead to a measurement of the density of matter in the Universe, and thus whether it will expand forever or eventually collapse. Stock Photo - Afloimages
Sign up
Login
All images
Gravitational lensing by an elliptical galaxy Gravitational lens. Hubble Space Telescope image of a galaxy acting as a gravitational lens. Here an elliptical galaxy  yellow and red  causes light from a more distant object to be seen as four faint blue images in a cross shaped pattern. The enormous gravity of the foreground galaxy warps space nearby. This warping  bends  light, magnifying and distorting the image of the distant object. This is normally seen as arcs or a pair of images  quadruple images are rare. Studies of such objects may lead to a measurement of the density of matter in the Universe, and thus whether it will expand forever or eventually collapse.
RM

Gravitational lensing by an elliptical galaxy

Gravitational lens. Hubble Space Telescope image of a galaxy acting as a gravitational lens. Here an elliptical galaxy (yellow and red) causes light from a more distant object to be seen as four faint blue images in a cross-shaped pattern. The enormous gravity of the foreground galaxy warps space nearby. This warping 'bends' light, magnifying and distorting the image of the distant object. This is normally seen as arcs or a pair of images; quadruple images are rare. Studies of such objects may lead to a measurement of the density of matter in the Universe, and thus whether it will expand forever or eventually collapse.

Details

ID
162728770

Collection

License type
Rights Managed

Photographer



Sign in
Member access
Login not found.