Black Hole Simulation #2 Metal Print
by Science Photo Library
$101.00
Product Details
Black Hole Simulation #2 metal print by Science Photo Library. Bring your artwork to life with the stylish lines and added depth of a metal print. Your image gets printed directly onto a sheet of 1/16" thick aluminum. The aluminum sheet is offset from the wall by a 3/4" thick wooden frame which is attached to the back. The high gloss of the aluminum sheet complements the rich colors of any image to produce stunning results.
Design Details
Visualisation of a black hole. Fourth in a series of four images from a computer simulation of gravitational waves emitted by a disturbed black hole.... more
Ships Within
3 - 4 business days
Similar Art
Additional Products
Metal Print Tags
Photograph Tags
Comments (0)
Artist's Description
Visualisation of a black hole. Fourth in a series of four images from a computer simulation of gravitational waves emitted by a disturbed black hole. Here, the black hole has achieved equilibrium, and is surrounded by gravitational waves. The colour and the height of each point represent different aspects of the gravitational wave fields; the black line near centre is the apparent surface of the black hole. As the black hole seeks its equilibrium state, it emits characteristic gravitational waves (its 'signature') in accordance with the General Theory of Relativity. Compare with R670/047, 048 & 049.
About Science Photo Library
Science Photo Library (SPL) is the leading source of science images and footage. Sourced from scientific and medical experts, acclaimed photographers and renowned institutions, our content is unrivaled worldwide. Outstanding quality, accuracy and commitment to excellence are deeply embedded in our DNA. Science Photo Library inspires creative professionals and delivers engaging content of the highest quality for a wide range of clients in a variety of sectors. Visit sciencephoto.com for more information and stay connected on Twitter, LinkedIn, Instagram and Vimeo.
There are no comments for Black Hole Simulation #2. Click here to post the first comment.