Fourteen separate questions circulate here, most framed around vague, unnamed “experts” or “theorists.” A few concern ongoing scientific research worth taking seriously.
Others rest on claims with no traceable source, or have documented explanations left out of the original telling. Here’s a honest accounting of each.
1. UFOs Rising From the Ocean
U.S. Navy pilots have reported unexplained objects near water, and the Pentagon’s All-domain Anomaly Resolution Office actively investigates such cases. This is a legitimate area of ongoing government investigation, worth following through official channels rather than through vague, unnamed sources.
2. Planet X
This is legitimate, ongoing science. Caltech astronomers Konstantin Batygin and Mike Brown proposed the “Planet Nine” hypothesis in 2016 based on gravitational clustering observed among distant Kuiper Belt objects. It remains unconfirmed and actively debated in the astronomy community.
3. The Luxor Obelisk
The Luxor Obelisk in Paris is an ancient Egyptian monument, and its hieroglyphs have been fully translated by Egyptologists for nearly two centuries. They record historical and religious content from the reign of Ramesses II. No published Egyptological study describes hidden “coded knowledge” within them.
4. Dragons in Ancient Russia
Slavic dragon mythology is documented folklore, worth studying as cultural history in its own right. No folklorist studying this tradition connects these stories to literal aerial craft.
5. Yellowstone’s “Lid Structure”
No USGS publication or volcanologist studying the caldera describes an artificial “lid” structure at Yellowstone. Published seismic and geological research on the caldera describes ordinary, if complex, natural magma chamber dynamics, extensively monitored by the Yellowstone Volcano Observatory.
6. The European Blackout Wasn’t Electromagnetic Interference
The April 28, 2025 blackout across Spain, Portugal, and parts of southern France has an official, extensively investigated explanation. A 49-member technical expert panel found the cause was a combination of voltage oscillations, inadequate reactive power control, and grid planning errors, including Spain’s grid operator failing to secure a replacement for a plant needed to balance voltage fluctuations. Spanish authorities explicitly, publicly ruled out cyberattack. Neither the government report nor ENTSO-E’s expert panel found any role for electromagnetic interference from external sources.
7. Fear Inside the Pyramids
Acoustic research on the Great Pyramid’s King’s Chamber has measured low-frequency resonance. Acoustic researchers studying infrasound generally note frequencies below roughly 20 Hz can plausibly influence human physiology and mood in enclosed spaces, a legitimate research area, though no study of the pyramid’s construction confirms this was an intentional design feature of the pyramid’s original builders.
8. Lake Vostok
No published glaciology or geochemistry study reports gold or “unfamiliar minerals” in Lake Vostok ice cores. Published research on this isolated subglacial lake has confirmed diverse microbial life, a significant scientific finding on its own, without requiring any invented artifact claim.
9. Earth’s Magnetic Field
NASA research has studied “plasmaspheric hiss,” a natural electromagnetic phenomenon within Earth’s magnetosphere that offers some protection against radiation belt electrons. This is published space physics, a natural consequence of Earth’s magnetic field interacting with charged particles, not evidence of intelligent design.
10. K2-18b
James Webb Space Telescope observations did detect a possible dimethyl sulfide signature on K2-18b. It’s worth knowing directly that follow-up analyses since the original announcement have significantly disputed the statistical strength of this detection, with several independent research teams finding the signal considerably weaker than first reported. This remains an unresolved, actively studied question, not a confirmed biosignature.
11. Mars Rock Formations
NASA’s rover missions regularly photograph unusual rock formations, and planetary geologists consistently attribute these to well-understood wind and water erosion processes acting over billions of years. Pareidolia, the human tendency to see familiar patterns in random shapes, a documented finding in cognitive psychology, explains why some formations appear artificial to casual observers.
12. Sumerian Creation Myths
Sumerian mythology is ancient religious literature, worth studying through Assyriology. No Assyriologist who actually reads the original cuneiform texts supports the “ancient astronaut” reinterpretation of these myths.
13. Yonaguni’s Underwater Formation
This underwater formation off Japan’s coast remains a debated case among the geologists who study it. The majority scholarly view, supported by researchers including geologist Robert Schoch, attributes the formation’s sharp, angular features to natural fracturing along the sandstone’s existing bedding planes, a documented geological process, though the debate hasn’t been entirely settled and deserves to be presented honestly as such.
14. Time Travel
Closed timelike curves and wormholes are legitimate solutions within Einstein’s general relativity equations, studied by theoretical physicists. It’s worth knowing directly that physicists generally regard these as mathematically valid but physically implausible, requiring exotic matter with negative energy density that has never been observed to exist in the quantities required.
Why Naming Sources Matters
Several of the claims above are attributed to “some experts,” “researchers,” or “theorists” without a single name, institution, or publication attached. This is worth noticing as a pattern: legitimate scientific claims are traceable to specific people, specific institutions, and specific publications precisely so they can be independently verified. When a claim can’t be traced to any of these, it’s worth treating with caution, regardless of how confidently it’s phrased.
A Practical Way to Evaluate Claims Like These
It’s worth offering a practical checklist for evaluating claims in the same broad category as the fourteen addressed above, since the pattern separating credible science from unfounded speculation is fairly consistent across all of them. Ask whether the claim names a specific researcher, institution, or published study. Verifiable findings are traceable, unfounded ones typically aren’t. Ask whether independent researchers have been able to review and reproduce the underlying data, the K2-18b case above is a good example of this process working correctly, with independent teams publicly re-examining and disputing the original detection’s statistical strength rather than simply accepting it. Ask whether the explanation requires a coordinated, sustained institutional cover-up to remain hidden, since larger cover-ups become progressively harder to maintain the more people and institutions would need to be involved. Applying this same basic framework consistently, across space phenomena, geological anomalies, and historical mysteries alike, offers a considerably more reliable way to sort credible science from speculation than judging a claim purely by how compelling or unsettling it feels.
