Case Study: The Bikini Atoll Magnetic Anomaly Forensic Prediction of Helical Remagnetization from Vacuum Stiffness Collapse

A novel forensic prediction suggests that the Castle Bravo nuclear test of 1954 at Bikini Atoll may have left a permanent signature in the local geomagnetic field. The study, rooted in the Axiomatic Physical Homeostasis (APH) framework, proposes that the test's anomalous yield and fallout resulted from a transient collapse of the Vacuum Geometric Stiffness, followed by a rapid re-crystallization process. This violent restoration is theorized to have generated a Torsional Electromagnetic Pulse—a chiral shockwave distinct from conventional electromagnetic pulses—which could have induced Helical Remagnetization in ferromagnetic minerals on the crater floor and fused fallout material (Sedenion Slag). The research derives the expected field topology and outlines a paleomagnetic core sampling protocol to verify the existence of this 'Bravo Helix' signature, offering a new avenue for investigating the long-term magnetic effects of nuclear tests.

Schutza, A. M. (2026). Case Study: The Bikini Atoll Magnetic Anomaly Forensic Prediction of Helical Remagnetization from Vacuum Stiffness Collapse. Zenodo. https://doi.org/10.5281/ZENODO.18327145