What question did this study set out to answer?

This research aims to present a new framework for nucleosynthesis that addresses the A = 8 mass gap.

June 6, 20260 citationsOpen Access

White Paper: The Lithium-Compression Path (LCP) Bridging the A = 8 Gap via Recursive Dual-Resonance States at the 10−5 s Primordial Epoch

HEHicham ErrachidiRégie Autonome Multi Services D'Agadir

Puntos clave

This research aims to present a new framework for nucleosynthesis that addresses the A = 8 mass gap.
Introduced the Lithium-Compression Path (LCP) to resolve the A = 8 gap.
Proposed a recursive reaction sequence occurring within a 10−5 s temporal window.
Focused on mechanical compression-driven excitations in primordial plasma.
Achieved terminal stability at 86 MeV through recursive loops.
Circumvented the 8Be bottleneck using high-frequency resonance loops.
Initiated the bypass via a 6Li resonance at 41 MeV.

Resumen

This white paper introduces the Lithium-Compression Path (LCP), a transformative nucleosynthesis framework designed to resolve the A = 8 mass gap. We propose a non-linear, recursive reaction sequence: 2H → 8Li →10B → 15N →6Li → 9B → 2H → 11B → 13N →10B. Unlike standard BBN, the LCP operates within a precise ultraearly temporal window of t ≈ 10−5 s. During this epoch, the primordial plasma density ρ(t) allows for a mechanical compression-driven excitation that circumvents the 8Be bottleneck through high-frequency recursive loops, initiating the bypass via a 6Li resonance at 41M eV and achieving terminal stability at 86M eV .

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Cite This Study

Hicham Errachidi (Wed,) studied this question.

synapsesocial.com/papers/6a23bb7971a5da9775e76e29 https://doi.org/https://doi.org/10.5281/zenodo.20529227

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