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This research aims to interpret the longest recorded gamma-ray burst, GRB 250702B, in terms of a four-phase gravitational structure.

May 22, 2026Open Access

GRB 250702B as a Gravitational Helix: Four-Phase Sump Geometry, vₚh/vgr = 3 Resonance, and IMBH-LRD Ingestion

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Randomized trial explores gamma-ray burst characteristics in gravitational structures, suggesting novel interpretations.

This research aims to interpret the longest recorded gamma-ray burst, GRB 250702B, in terms of a four-phase gravitational structure.
Analyzed the seven-hour emission of GRB 250702B and identified three quasi-periodic bursts with their intervals.
Interpreted the burst signatures using the four-phase sump geometry related to an intermediate-mass black hole.
Applied the v_phase/v_group = 3 resonance model to analyze burst dynamics.
Observed three distinct bursts (D, B, E) with notable inter-burst timings (Δt(D→B) = 2825 s).
Demonstrated the gravitational helix structure explains the timing and spectral features without additional parameters.
Characterized the resonance condition providing insights into black hole interactions with matter.

Bharathi Jagadeesan (2026) studied this question.

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