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Black hole

artist's illustration: merging neutron stars
16.10.2017

Weizmann Institute scientists help confirm and analyze the star merger

black hole
22.06.2017

Why do we not see midsized black holes in the Universe? 

Chandra/Harvard
15.12.2016

The brightest flash of light in the cosmos could be a rare event involving a star and a supermassive black hole

A small black hole gains mass: Dense cold gas (green) flows toward the center of a stellar cluster (red cross in blue circle) with stars (yellow); the erratic path of the black hole through the gas (black line) is randomized by the surrounding stars
11.08.2014

A new model shows how early black holes could have grown to over a billion solar masses
 

Black Holes, Quantum Information and Fuzzballs
29.01.2014
Post by Weizmann Institute physicist, Prof. Micha Berkooz on Hawking’s recent proposal, "There are no black holes"...
Detectors for high-energy cosmic neutrinos are buried under the Antarctic ice
08.10.2013

High energy neutrinos from the Universe’s far reaches carry clues to their mysterious sources

Zoloto | Shay Id Alony. Installation, painted wood, 2006
12.09.2011
When two black holes get close, what are the chances they will meet and emit gravitational waves?
After the Collapse
23.03.2009
Weizmann Institute scientists observe the largest exploding star yet seen...
Stars pulled into the crowded perimeter of a supermassive black hole sometimes collide. Simulation of a collision between two stars.
01.05.2003
A ten-year study suggest the mass at the center of the Milky way is a supermassive black hole