{"id":553142,"date":"2026-09-26T23:15:56","date_gmt":"2026-09-26T13:15:56","guid":{"rendered":"http:\/\/www.vibewire.com.au\/?guid=091a8a96eefcfd579dab5b88603957be"},"modified":"2026-09-26T23:15:56","modified_gmt":"2026-09-26T13:15:56","slug":"former-nasa-physicist-the-uap-maneuver-that-should-have-exploded","status":"publish","type":"post","link":"https:\/\/www.vibewire.com.au\/?p=553142","title":{"rendered":"Former NASA Physicist: The UAP Maneuver That Should Have Exploded"},"content":{"rendered":"
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Former NASA Physicist:
The UAP Maneuver That Should Have Exploded<\/b><\/font><\/big><\/center>
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\nDr Brian Keating:<\/p>\n

A physics professor ran the energy budget on the Nimitz tic-tac. The maneuver needs about a thousand gigawatts, more than ten times every nuclear plant in the United States combined. Nothing we build survives its own waste heat at that scale. So what was flying?<\/p>\n

Kevin Knuth is a professor of physics at the University at Albany and a former NASA scientist who now applies Bayesian statistics to UAP sensor data.<\/p>\n

We cover: why a 5,400 g maneuver would turn a pilot into soup, where the energy went when the object stopped and no explosion followed, the 1954 radar measurements nobody wants to talk about, the New Zealand frigate that went dark and adrift in three seconds, and why the records from that deployment stay classified until 2062.<\/p>\n

Knuth says the power numbers alone rule out human technology. I push back on whether the sensors agree.<\/p>\n

Chapters<\/u>:
\n00:00 Why this field needs gatekeepers
\n03:50 How anomalous is anomalous?
\n06:40 The UFO photo that was a seagull
\n10:40 Radar clocked them at 19 km\/s in 1954
\n15:00 5,400 g and a body weighing 227 tonnes
\n19:00 The radar return problem he had not considered
\n21:45 A gigawatt of waste heat and nowhere to put it
\n24:30 The 747 chased by something carrier sized
\n29:00 Why a number without an error bar is worthless
\n34:30 The NASA job he was not qualified for
\n37:00 Proxima Centauri in a day and a half
\n41:00 The warship that lost all power in 3 seconds
\n46:30 Pushing a column of water that cannot compress
\n48:45 The light that burned bark off the trees
\n53:00 What the power numbers rule out
\n56:00 The 95 percent problem<\/p>\n