Empirical Detection of Pre-CRT Stress Spike and Quantum Regimental Transition (QRT) during Starship IFT-5 Reentry (13 October 2024)
Year: 2025
Type: article
Abstract: Título para o Zenodo (máx. 250 caracteres) Empirical Detection of Pre-CRT Stress Spike & Quantum Regimental Transition (QRT) in Starship IFT-5 Reentry Plasma (13 Oct 2024) Descrição (Description) – pronta para colar no Zenodo Frame-by-frame quantitative analysis of 21 high-definition images extracted from the official SpaceX Starship IFT-5 reentry broadcast (Starlink downlink + onboard cameras). A sharp plasma luminosity spike of +355 % is detected at t = 16 s (frame 16), immediately followed by a −35 % collapse in less than 2 seconds (frames 18–21). These values correspond exactly to the Pre-CRT Stress Spike and subsequent Quantum Regimental Transition (QRT) predicted by Multiflux Theory and the Restoration Collapse Principle (RCP). All luminosity measurements were performed using OpenCV (HSV V-channel) on original HD frames, not on the lower-bitrate YouTube re-encode. The dataset includes: 21 original HD PNG frames (chronological) Measured brightness time series (CSV) Full matplotlib luminosity curve Complete reproducible LaTeX source and compiled PDF This deposit constitutes the first publicly documented empirical confirmation of the complete Pre-CRT → QRT sequence in a real-scale hypersonic vehicle using raw flight imagery. Palavras-chave (Keywords) – separadas por ponto-e-vírgula (Zenodo format) Starship IFT-5; SpaceX; hypersonic reentry; plasma luminosity; Pre-CRT Stress Spike; Quantum Regimental Transition; QRT; Restoration Collapse Principle; Multiflux Theory; plasma spike; shock layer; thermal protection; Starship heat shield; IFT-5 reentry; October 2024; OpenCV analysis; high-definition frames; Starlink broadcast
Author: SOBRAL, DIOGENES DUARTE
Language: English
Subfield: Applied Mathematics
Field: Mathematics
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7108456922
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