MUFON unveils alleged alien spacecraft material at annual symposium
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MUFON unveils alleged alien spacecraft material at annual symposium

Irvin, Texas — The Mutual UFO Network (MUFON) showcased a mysterious material believed to be from an alien spacecraft at their annual symposium held earlier this month in Irvin, Texas. Ron James and Bob Spearing led a presentation detailing the properties of the “unknown material,” which has intrigued researchers and enthusiasts alike. For the first time, MUFON exhibited small fragments of the anomalously light material, described as being so lightweight that it cannot bend a flower petal. The material, which displays a black porous texture with a hint of gold, was subjected to rigorous testing using advanced NASA-grade technology. According to MUFON, approximately 90% of the material remains unidentifiable. “It’s very, very light material,” Spearing explained. “It almost looks porous, like it has pores. It has a tinge of gold in it, but it’s basically a black material. Seems to be some sort of composite. It’s so light that it won’t even bend a flower.” The origins of the material add to its mystery. An individual in Russia, referred to as ‘Arkady,’ allegedly acquired the samples from a non-human entity claiming they were fragments from a crashed UFO. MUFON’s laboratory in Missouri conducted extensive tests but could not match the material to any known metal. “That either means it’s A) not a metal, or B) a metal alloy that isn’t recognized or something in the periodic table,” Spearing noted. “The signal was unique, because they have looked up the standard peaks for most known metals, and nothing matched it exactly.” Spearing speculated that the material could serve as lightweight insulation suitable for conductive insulating or heat protection, potentially aligning with its supposed origin as debris from an extraterrestrial craft. For those interested, the full MUFON presentation can be viewed below. The post MUFON unveils alleged alien spacecraft material at annual symposium appeared first on Anomalien.com.