Empirical Detection of Pre-CRT Stress Spike and Quantum Regimental Transition (QRT) during Starship IFT-5 Reentry (13 October 2024)

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