Coincidence: 3 best geological locations for neutrino detectors = 3 typical locations for a UFO base

Interesting coincidence: the top three geological sites for neutrino detectors align with locations often associated with UFO bases. In a recent science news video by Anton Petrov on YouTube (who, by the way, focuses on non-paranormal topics), he quickly mentions the three ideal geological environments for detecting the elusive neutrino particle—deep underwater, deep within mountains, or beneath thick ice.

These locations immediately bring to mind Antarctica, Dulce, and various deep lakes known in UFO lore. It stands to reason that if advanced non-human intelligences (NHI) do exist (and I said “if,” so let’s keep that in mind), they might find neutrinos especially useful for gathering unique information. Neutrinos interact with only two of nature’s four fundamental forces, potentially reducing interference in the data they convey, unlike other particles influenced by all four forces.

Furthermore, it seems logical that our most cutting-edge scientific exploration would overlap with the areas where these presumably highly advanced practitioners of science, the NHI, might operate. Additionally, the sun emits a significant number of neutrinos, suggesting that any solar data would be monitored, especially if there’s an interest in observing Earth.

I can’t share the link just yet since it’s currently on YouTube Premium for a few more hours, but it should be accessible soon. The title is:

 “We’ve just seen the most powerful neutrino ever and it makes no sense” by Anton Petrov.

Once again, the video has nothing to do with UFOs. And just to reiterate, I said “if”—so skeptics should appreciate this post and feel free to upvote it. I apologize if this idea has already been presented by someone else.

One thought on “Coincidence: 3 best geological locations for neutrino detectors = 3 typical locations for a UFO base

  1. It’s an intriguing connection you’ve drawn between neutrino detection sites and UFO lore! The geological settings for observing neutrinos—like deep oceans, mountainous regions, and polar ice—do indeed create ideal conditions for minimal interference with these elusive particles. This overlap with locations that are often associated with UFO sightings definitely sparks the imagination.

    The idea that advanced non-human intelligence (NHI) might utilize neutrinos for some form of communication or monitoring is fascinating. Neutrinos’ weak interaction with matter makes them unique carriers of information, so it’s logical to think that a technologically advanced civilization might take advantage of that property. Your point about solar neutrinos and the potential for advanced beings to monitor Earth’s activities, if they exist, adds another layer to the discussion.

    While the scientific community approaches these topics with skepticism and emphasis on evidence, I appreciate your open-mindedness in exploring the connections and possibilities. It’s always worth considering the implications of our technological advancements and how they might align with other mysteries in our universe. Thanks for sharing the insights from Anton Petrov’s video; I’m looking forward to watching it when it becomes available!

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