This is not true. They made "simulations" of the event horizon using fiber optics. No black holes have been made and most likely won't be for many years...if ever.
Direct experiments with black holes are unlikely, due at the very least to the distance any are from Earth, not to mention how difficult these warps in space and time would be to work with.
Instead, researchers are searching for ways to create lab models of event horizons.
Now scientists have created an artificial event horizon on a tabletop using fiber optics.
The researchers started by firing a stream of intense, brief laser pulses inside an optical fiber. These pulses acted like a current of flowing light.
Such intense, brief pulses "make physical effects visible that would also occur for much longer and weaker pulses, but are hard to detect there," explained researcher Ulf Leonhardt, a theoretical physicist at the University of St. Andrews in Scotland. "High intensity and short pulses are needed for seeing subtle effects and discriminating them from noise."
At the same time, the researchers fired a continuous beam of infrared light down the optical fiber. This beam created waves that got overtaken by the laser flow, resembling how light waves are overcome by the gravitational pull just past an event horizon.
"The most surprising aspect for me is how simple it actually is to create artificial event horizons," Leonhardt told LiveScience.
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He and his colleagues detailed their findings in the March 7 issue of the journal Science.
Scientists had proposed other systems to mimic aspects of black holes. All those, however, needed moving parts — specifically, very fragile, ultra-cold blobs of matter — and none of them have yet successfully displayed phenomena resembling event horizons.
The artificial event horizons Leonhardt and his colleagues have devised could help researchers explore bizarre aspects of black holes, such as radiation they are supposed to emit.
Black holes are not entirely black. Physicist Stephen Hawking discovered that all black holes should instead evaporate at least a bit, leaking energy dubbed "Hawking radiation."
Scientists have not yet seen this mysterious energy — Hawking radiation from normal black holes is completely obscured by the cosmic microwave background, radiation left over from the Big Bang that pervades the entire universe.
However, Leonhardt suggests that with their new lab model, "we can create artificial event horizons that would generate enough Hawking radiation to be detectable."
A greater understanding of Hawking radiation could help unite our currently disparate theories of physics into one "theory of everything" that could conceive of all the natural forces.
So far scientists have not successfully united the field of general relativity, which explains how matter and energy behave at large scales and predicts the existence of black holes, with that of quantum mechanics, which helps explain how matter and energy act at atomic and subatomic levels and predicts the existence of Hawking radiation.
A better understanding of Hawking radiation could help bridge general relativity with quantum mechanics to understand how these "worlds are connected," Leonhardt explained
aveliberty;2259597]
You are busted already dufus..... The large hadron collider was used already... Like he said a astro-physics Phd candidate would know this..... You are done boy no go join DR DOUCHEBAG in the known and proven fakes section....
And they already made a black hole? Wow. That was fucking quick! Can you please direct me to the relevant publications?
Made several artifical ones in 2005. The current CERN project has created some too, but we will have to wait until the data is reviewed to see if any of them were captured.[/QUOTE]