Category: Crown Jewels
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Matching NASA-ASI’s LARES/LAGEOS Frame-Dragging Result…
…Without CurvedSpace-Time To the physics community, students of relativity and all who value testable science, In 2016, a joint mission by NASA and the Italian Space Agency (ASI), using the LAGEOS and LARES satellites, confirmed one of the most challenging predictions of General Relativity:The Lense–Thirring effect, or frame-dragging. They measured a subtle precession in the…
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Sagittarius A*…
…And The Law Of Universal Coherence To the Scientific Community and Interested Public, For over two decades, Sagittarius A*, the bright radio source at the center of the Milky Way, has been treated as the most certain supermassive black hole in existence. In 2022, the Event Horizon Telescope (EHT) released a widely publicized image, hailed…
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Reinterpreting The Observations Of M87*
To the Scientific Community and Curious Citizens, In 2019, the Event Horizon Telescope (EHT) revealed a groundbreaking image:A glowing asymmetric ring encircling a dark center at the heart of the galaxy M87. It was hailed as the first direct “photograph” of a black hole’s event horizon, a moment that captured the public’s imagination and affirmed…
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Re‑Reading Cygnus X‑1 Without A Black Hole
An Ӕ–EMFCoherence Test Dear colleagues, Cygnus X‑1 has been treated as a canonical “stellar black hole” for half a century:A compact X‑ray source in a binary with a luminous O‑star companion, steady hard/soft spectral states, radio jets, no surface pulses. The standard inference is “no surface + high mass function → event horizon”. Our purpose here…
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Cygnus X-1
Cold-Run Application And Verdict Introduction This document records the application stage for Crown Jewel 10C, focused on the Cygnus X-1 binary system. It follows directly from the previously issued setup protocol for Cygnus X-1, using the same frozen Ӕ–EMF constants that have been applied consistently across all previous Crown Jewel tests. This cold-run evaluation aims…
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Matching GPS Relativity Corrections…
…Without Curved,Space-Time To the Scientific Community and the Public, For over four decades, the Global Positioning System (GPS) has stood as one of the most cited practical proofs of Einstein’s theory of relativity. Its timing corrections, accounting for both gravitational redshift and special relativistic time dilation, are applied daily to keep GPS navigation accurate to…
