Scientists from Harvard University found that the great voids go rogue when their host galaxy collides with another, generally bigger, galaxy– and knocks the hole from its main area. They found this by simulating the formation and movement of supermassive great voids over billions of years of universal evolution. They did so by running a series of so-called ROMULUS cosmological simulations, tracking the courses of wandering black holes.At the start of each simulation, supermassive great voids were seeded based on the local gas conditions– with the bodies forming where the gas was metal-poor, thick (15 times that of the limit to form a star) and warm (at 9,500– 10,000 Kelvin). In the simulation, this led to roaming great voids with a mass of around one million times that of the sun. The bigger the galaxy is, the more roaming great voids it is likely to have picked up– with galactic clusters having the potential to harbour countless them.But the papers author and astrophysicist Angelo Ricarte said: “Dont stress, the chances of us experiencing a wandering supermassive black hole are vanishingly little.”Space is so vast that even when 2 galaxies containing hundreds of billions of stars combine together, their stars do not clash.”Evidence from observations indicates that almost every large galaxy has a supermassive great void at the galaxys centre.Supermassive black holes are exceptionally thick areas in the centre of galaxies with masses that can be billions of times that of the sun.They act as anchors for the swirling mass of gas, dust, stars, planets, and other bodies around them.The Milky Way focuses on one called Sagittarius A.READ MORE:Race and the cosmos University starts woke space courseThe paper said: “We expect thousands of roaming great voids in galaxy cluster haloes, the researchers wrote in their paper.”Locally, these wanderers account for around 10 per cent of the local great void mass budget plan as soon as seed masses are represented.The researchers even said that in some early galaxies– around 12 billion years back– roaming supermassive great voids might even have actually outweighed and outperformed their galactic-centre equivalents.