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We learned from the Institute of High Energy Physics of the Chinese Academy of Sciences that several research institutes inside and outside the United Nations have discovered through the high-altitude cosmic ray observatory, a major national science and technology infrastructure, that the highest-energy photons come from a black hole frantically absorbing the strong starwind blown by a massive companion star, indicating that this very special double star system located in Cygnus is a particle accelerator capable of generating the highest energy so far. The precise time-varying characteristics measured by Laso, the ultra-high gamma-ray energy, and its energy spectral characteristics all confirmed this cosmic ray source celestial body. The cosmic ray particle energy reached at least 30 PeV, far exceeding current mainstream theoretical expectations. The relevant results were recently published in the academic journal “National Science Review”.
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We learned from the Institute of High Energy Physics of the Chinese Academy of Sciences that several research institutes inside and outside the United Nations have discovered through the high-altitude cosmic ray observatory, a major national science and technology infrastructure, that the highest-energy photons come from a black hole frantically absorbing the strong starwind blown by a massive companion star, indicating that this very special double star system located in Cygnus is a particle accelerator capable of generating the highest energy so far. The precise time-varying characteristics measured by Laso, the ultra-high gamma-ray energy, and its energy spectral characteristics all confirmed this cosmic ray source celestial body. The cosmic ray particle energy reached at least 30 PeV, far exceeding current mainstream theoretical expectations. The relevant results were recently published in the academic journal “National Science Review”.
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