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Welcome to the gateway of the Helion Archive. A repository for the recovered records that inspired the book.

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ORIGIN: https://www.yourweather.co.uk/news/

A powerful energy trail detected on the seafloor of the Mediterranean baffles physicists. It could be the posthumous signature of a cosmic object predicted fifty years ago.

KM3-230213A event recorded by the KM3NeT neutrino telescopeA flash of extreme energy breaks through the darkness of the Mediterranean seafloor, recorded by a neutrino telescope. The phenomenon could be the final trace of a primordial black hole, as predicted by Stephen Hawking. Image: AI-generated recreation. Ben

eath the waters of the Mediterranean Sea, where darkness is absolute, an unconventional telescope captured something that should not be there. It was a flash invisible to the human eye but deafening to instruments: event KM3-230213A. This is a neutrino carrying such an enormous energy load that it defies any standard explanation in modern astrophysics. This solitary particle shattered previous records and forced scientists to look far back—very far—into the earliest moments of the universe. Hawk

ing radiation represents the process of thermal emission derived from quantum vacuum fluctuations in the vicinity of the event horizon. According to this framework, the creation of pairs of virtual particles and the subsequent capture

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