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Parent Post: What are some conspiracy theories you don't believe to be true
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L
logical
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3/20/2025, 8:18:52 PM
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This is one of the things I got hung up on decades ago, I originally believed we didn't land on the moon as a young man. Theres lots of ways to deflect the radiation, Rare earth Magnets, any type of magnetism really, Gold, Lead, Water even, even just plain old aluminum and iron provide *some* protection. It's been a long time since I've really looked into it, maybe a decade plus. But I believe the current technology is/was looking into some type of hybrid liquid gel that suspended gold and lead into a gel type matrix substance, and line certain crew quarters with this radiation deflection material. Again not totally sure.
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wendy87
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3/20/2025, 8:31:50 PM
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I watched some documentary about 5 years ago regarding some sort of physics experiment explaining how some particle was able to penetrate any substance. I will have to look if I still have it. I was looking into it around the time when the Higgs Boson was being discovered, cannot recount if the 2 topics are related, could very easily be thinking about an atom experiment or something else. Agreed that partial deflection is possible, but am too old (and it is way past my bed time), to look into what the levels of radiation would have been as they were passing through on route to and returning from their journey compared to what the human body can withstand in terms of long-term side effects.
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L
logical
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3/20/2025, 8:36:56 PM
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I believe you are referring to Neutrinos, from a.i search: Antarctica Solar Radiation Study The IceCube Neutrino Observatory in Antarctica is the world's largest neutrino detector, located deep in the ice underneath the Amundsen-Scott South Pole Station. It uses 5,160 light sensors to detect cosmic neutrinos, which are subatomic particles that can provide insights into some of the most violent processes in the universe. Rare cosmic rays and solar radiation are also studied at the Mawson observatory in Antarctica. This observatory, which includes the world's only underground detectors at polar latitudes, is part of a US-Russia-Australia collaboration known as Spaceship Earth. It collects real-time space radiation measurements that are crucial for understanding the radiation environment in near-Earth space and its effects on astronauts and high-altitude aircraft crews. IceCube Neutrino Observatory: Located at the South Pole, it detects cosmic neutrinos and has traced some of the most energetic cosmic particles to distant galaxies, marking a significant breakthrough in astronomy. Mawson Observatory: Part of the Spaceship Earth collaboration, it monitors cosmic rays and solar radiation, contributing to the understanding of space weather and its impact on Earth. Rare earth elements are not directly related to the IceCube Neutrino Observatory or the Mawson observatory's primary focus on cosmic rays and neutrinos, but they are studied in other contexts in Antarctica.
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wendy87
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3/20/2025, 8:49:36 PM
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Possibly, but can neither confirm nor deny until (or if) I look into my documentary collection. 😅 Whilst typing the previous post, the word 'neutron' kept popping into my mind, so leaning more towards your research being correct.
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