Black holes merging
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Black holes merging
Black holes merging. Image 1 of 2. Supercomputer simulation of two non-spinning black holes (grey discs right and left of centre) merging. According to Einsteins theory of general relativity, the merger of two massive objects causes ripples (yellow lines) in space-time. These ripples, known as gravitational waves travel at the speed of light but have not been observed directly. A black hole is formed when the core of a star collapses under its own weight, increasing its gravitational field to the point where nothing can escape, not even light. Black hole mergers are the most powerful events in the universe, releasing more energy than all of the stars in the universe combined. This simulation was created in 2006 on the NASA Columbia supercomputer in California, USA
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6389381
© CHRIS HENZE/NASA/SCIENCE PHOTO LIBRARY
Astrophysical Astrophysics Binary System Black Hole Brown Colliding Cosmology Einstein Merging Nasa Orange Peculiar Ripples Simulation Space Time Star Death Stellar Supercomputer Simulation Visualisation Wave Forms Yellow Black Holes Computer Artwork Physical
EDITORS COMMENTS
This print showcases the mesmerizing phenomenon of black holes merging, offering a glimpse into the enigmatic depths of our universe. In this stunning image, created through a supercomputer simulation on NASA's Columbia supercomputer, two non-spinning black holes are depicted as grey discs on either side of the center. As per Einstein's theory of general relativity, when massive objects like these merge, they generate ripples in space-time known as gravitational waves. The yellow lines elegantly illustrate these elusive gravitational waves that travel at the speed of light but have yet to be directly observed. Black holes form when a star's core collapses under its own immense weight, creating an intense gravitational field from which nothing can escape – not even light itself. Black hole mergers represent some of the most powerful events in existence, releasing more energy than all stars combined throughout the entire universe. This awe-inspiring simulation was crafted back in 2006 at NASA's Ames Research Centre using their state-of-the-art supercomputer. Through this remarkable visualisation and scientific artwork, we gain deeper insights into the peculiar nature of binary systems and explore concepts such as physics beyond our familiar three dimensions. The intricate interplay between wave forms and space-time showcased here invites us to contemplate the mysteries that lie within our vast cosmos.
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