The meteorite fragments Brian Keating brought are 4.3 billion years old — older than the Earth itself, which formed about 4.2 billion years ago.
Snapshot · The Shawn Ryan Show
The meteorite fragments Brian Keating brought are 4.3 billion years old — older than the Earth itself, which formed about 4.2 billion years ago.
Where this was said
At 59:31 · chapter starts 54:10
Keating pivots to WWII physics, describing how Luis Alvarez — who later won the Nobel Prize and was the only scientist on the Enola Gay — spent the war perfecting radar spoofing rather than nuclear weapons. His system broadcast a signal that decreased in strength according to the inverse square law as it approached, making an attacking aircraft appear to be moving away on enemy radar screens until the last fatal moment. Keating's point is sharp: if U-boat operators experienced this, they would have sworn the attacking plane defied the laws of physics — exactly the language used to describe modern UAPs. This is his Occam's razor argument: classified military technology is a far simpler explanation for 'physics-defying' phenomena than interdimensional beings. He then formally introduces the meteorite giveaway, explaining that the 4.3 billion-year-old fragments are remnants of dead stars and available free to military personnel with APO addresses. [1] — Brian Keating "During WWII, physicist Luis Alvarez built a radar spoofing system that made a plane look like it was flying away when it was actually closi…" 59:20
During WWII, physicist Luis Alvarez built a radar spoofing system that made a plane look like it was flying away when it was actually closing in. When the U-boat crew saw the radar signal defy physics and then got bombed, they would have sworn they witnessed a UFO. The lesson: 'defying physics' is often just classified technology.
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A key study finding that we have a 'credit card's worth of plastic' in our bodies was likely skewed because researchers used nitrile gloves that shed plastic particles onto the microplastic detector.
Emotionally sensitive people have a hyperactive amygdala, an underactive prefrontal cortex, and a frayed connection between the two — making emotional regulation structurally harder.
Rejection sensitivity can be observed as early as age 2 or 3, suggesting it has strong developmental and likely genetic roots.
A Yale study found that non-judgmental observation of emotions — without rushing to resolve them — reduces activation in the brain, making it a powerful regulation tool.
Dan Gilbert's research found that the psychological immune system — the brain's ability to justify and find satisfaction in choices — activates most powerfully when a decision is perceived as irreversible.
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