Correlation of trajectory of Meteorite

ABSTRACTThis paper presents a physical model of the Universe as a dense energy ocean, challenging the vacuum dogma. Based on the data from Voyager and Pioneer probes (indicating a 40-fold pressure increase at the heliopause), the author, Yerzhan Orymbetov, proposes that the Solar System operates as a pressurized "bubble." This study demonstrates that meteorite impacts and mega-earthquakes are interconnected events driven by fluctuations in external medium pressure and solar activity cycles. EMPIRICAL EVIDENCE: CASE STUDIES 1946-1947 (Peak): Nankai Earthquake (8.1 M, Dec 1946) followed by the Sikhote-Alin Meteorite (Feb 1947). One region, one pressure impulse. 1976 (Minimum): Jilin Meteorite (March) followed by the Tangshan Earthquake (8.2 M, July) in the same area. 2013 (Peak): Chelyabinsk Meteorite (Feb) followed by a deep-focus quake in the Sea of Okhotsk (8.3 M, May).