Ring Reconnection Fusion — Paper 1 Simulation Results v1.2.2

Simulation data supporting Paper 1 of an independent research programme on laser-driven p-¹¹B (proton–boron-11) aneutronic fusion via magnetic reconnection. An 8-spot ring geometry with alternating-polarity Biermann-battery seed magnetic fields drives eight anti-parallel reconnection X-lines whose outflows converge on the ring centre, producing non-thermal proton acceleration above the ~500 keV p-¹¹B reaction threshold — in a regime where bulk thermal heating is physically impossible (maximum bulk temperature ~28 eV). This deposit contains the derived diagnostic data for the low-density 512² hybrid-PIC run (p1_ld_uuf_512; WarpX/AMReX, 5 J laser energy, 85 T seed field, 7,700 steps, 1153 ps, 78 dumps). First-transit σ-weighted accounting gives a reconnection-event gain G_FT = 3.63 (G_legacy = 4.08; conservative Maxwellian baseline 0.82). Files include first-transit and zone-resolved fusion-rate time series, wrap-artifact metrics, per-X-line reconnection-rate diagnostics, a per-zone proton energy histogram, and the run's analysis reports, plus figures and a B-field evolution animation. Data-validity note: the proton energy histogram's absolute normalization is unreliable (it over-counts by a large factor); σ-weighted and percentile-based quantities (E95, G_FT) are robust to this and form the basis of all reported results. See README-data.md for per-file column documentation and caveats.