"I've been building theoretical predictions of how these echoes appear to us for a few years," Dr Wilkins said. It's this phenomenon that allowed Dr Wilkins and his team to detect these X-ray '"echoes" from the other side. Some of these escapee X-rays reflect off the back of the accretion disk and are bent around the black hole by its formidable gravity. GROWING MONEY Inside The High Limit Coin Pusher Jackpot WON MONEY ASMR Watch to the END to see how much MONEY George WON Jeremy & George head South. This occurs when some X-rays manage to slip past the black hole's massive gravitational pull, only to get sucked back in. The team detected fainter bursts of X-rays that had different wavelengths to the larger ones, indicating that they had bounced off the accretion disk from behind the black hole. Using NASA's Nuclear Spectroscopic Telescope Array and the European Space Agency's XMM-Newton telescope, they saw the expected bright X-ray flashes - but there was also something strange going on. Catching hidden lightĭr Wilkins and his team were studying these X-ray flares spewing out from the supermassive black hole at the centre of a galaxy called I Zwicky 1. "This magnetic field getting tied up and then snapping close to the black hole heats everything around it and produces these high energy electrons, that then go on to produce the X-rays," Dr Wilkins said. The X-ray flares are generated when the black hole's giant magnetic field gets tangled up in its spin. Small boxes containing food, water and a flash light are regularly thrown into each fleeting mini black hole similar to the one which swept away the unfortunate missing person."When matter falls into these black holes, huge amounts of energy is released, evidence of which is observed on scales far beyond the galaxy itself." Each day, scientists initiate new mini black holes in an attempt to keep in touch with the physicist.
Pending the decision of the nuclear supervisory authorities, CERN physicists are doing their best to try to remain in contact with the unfortunate traveller. A possibility which had also reluctantly been raised by Stephen Hawking in an interview with the press.Ĭollective hysteria is what the scientific organisation feared more than anything else and it is now worried that its highly complex experiments, designed solely for the purpose of studying the basic constituents of matter in an attempt to discover the secret behind the physical laws that govern the Universe, may now be stopped unconditionally.
Rumours are already circulating on the Internet with the CERN being referred to as a “black hole factory” and suggesting that the Earth could soon be engulfed by even larger black holes which would project us into parallel universes or cause the imminent opening of the gates of Hell. The media coverage of this news has caused great concern among the population as what once fell within the realm of collective fantasy now seems to have become an unfortunately reality. A mini black hole was probably created during this rather unusual mode of operation of the Large Hadron Collider, literally snapping up the physicist located near the fleetingly-created space/time vortex.Īll this is very bad news for the CERN whose image as the world’s largest and most prestigious scientific laboratory is likely to be tarnished. To dissipate and drive out the residual electron cloud, the accelerator has to be brought to the limit of its maximum permissible capacity to stealthily circulate very high-energy flows of particles. This causes you to spin around the black hole as you get nearer to it, like bath tu. If the black hole is spinning fast enough, its angular momentum warps space-time itself. The French scientific information website recently reported a strange case of the unexplained disappearance of a CERN physicist carrying out maintenance work on the beam tubes guiding high-energy particles in the Large Hadron Collider (LHC).Īfter a thorough investigation carried out by the State’s highest atomic safety authorities, forensic investigators have just reached their conclusion: in all likelihood, the physicist was drawn into a quantum black hole, also known as a mini black hole, initiated during the accelerator’s operation in a very specific mode.Īs we already explained in a previous article, clouds of stray electrons may remain trapped on the walls of the Large Hadron Collider in which beams of particles circulate at a speed close to the speed of light. Here are some of the things you might observe as you get sucked towards a black hole: 1. A physicist working at the CERN (the European Organization for nuclear research) has been sucked into a mini black hole created by the Large Hadron Collider (LHC) located a few kilometres from Geneva in Switzerland, astride the Franco-Swiss border.
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