This report is the second in a series of timestamped technical assessments applying the Universal Energy Field (UEF) cascade framework to live events following the initiation of Operation Epic Fury on February 28, 2026. Extending the T+96 baseline through March 16, 2026, it maps observed developments across three coupled substrates -- Physical/Material, Information/Financial, and Political/Security -- against the framework's phase expectations and coupling hypotheses. At the current cutoff, the assessment identifies concurrent Phase 2 and Phase 3 activity consistent with the framework's early-window onset projection; a distinct fertilizer and agricultural cascade operating as a second-order effect; desalination-related infrastructure exchange functioning as a Phase 3/4 boundary marker; degraded IAEA verification architecture and reduced command visibility in Tehran; sustained Israeli operational defiance of U.S. restraint parameters functioning as an amplification rather than constraint signal; and financial stress which the report interprets as internal strain within the petrodollar architecture under war conditions. The report does not treat apparent alignment as validation in any final sense. Rather, it asks whether the framework organizes live multi-substrate evidence in a way that makes coupled propagation, threshold behavior, and divergence from expectation more visible than surface-level event tracking alone. Divergence from framework expectations is therefore treated throughout as analytically more valuable than superficial confirmation. All RSI values are qualitative directional placements, not independently computed measurements, and source selection follows the three-tier monitoring hierarchy documented in the Source Framework Note. A fuller falsifiability criterion is reserved for subsequent work. Provisionally, sustained Phase 2 conditions at T+30 or beyond, without measurable Phase 3 propagation across at least two substrates, would constitute disconfirming evidence for the framework's coupling and timing claims.
Dennis Berkla (Tue,) studied this question.
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