A team of physicists from the University of Southampton (UK), the University of Glasgow (Scotland) and the Institute of Photonics and Nanotechnology at the Italian National Research Council have successfully recreated the "black hole bomb" effect from superluminal theory in the laboratory. (Photo: Thanh Nien Viet)

They used a high-speed rotating aluminum cylinder, combined with magnetic fields and electrical circuits to create conditions similar to the area around a rotating black hole. (Photo: Thanh Nien Viet)

The results showed that the waves were continuously amplified, simulating the phenomenon that physicists had pointed out in the 20th century superluminosity theory. (Photo: Optics.org)

The experiment did not create a real black hole, but fully reproduced the process of extracting energy from a rotating object using reflected waves. (Photo: The Royal Astronomical Society)

Multiple tests resulted in the circuit exploding due to the energy in the system increasing beyond the threshold, similar to the description of a theoretical “energy bomb”. (Photo: Business Today)

This success helps scientists for the first time verify the laws of cosmic physics right in a laboratory on Earth. (Photo: Chip Chick)

The experiment opens up the possibility of studying complex cosmic phenomena such as quantum mechanics and thermodynamics in a controlled environment. (Photo: University of Southampton)

The concept of a “black hole bomb” is no longer science fiction, but has become an experimental tool for the future of world physics. (Photo: Scientific American)

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