What question did this study set out to answer?

The aim is to test General Coherence Field Theory predictions regarding early galaxy conditions.

May 25, 20260 citationsOpen Access

GCFT: The Nobel Attempt - Cosmic Dawn

NHNicky Joseph Hubertus Catharina HacquierDynamique du noyau

Key Points

The aim is to test General Coherence Field Theory predictions regarding early galaxy conditions.
Derived no-fit wall-compliance energy fraction from archived RheoMu/RDF parameters.
Applied concepts to supermassive-dark-star-like objects in early galaxies.
Proposed GCFT/OBS-1 to predict observable features in galaxy models.
Predicted He II λ1640 absorption near 2.490 μm with compact 0.3–0.5 nJy NIRCam residual.
Established compatibility with LISA-band wall-core collapse background near 0.8 mHz.

Abstract

GCFT: The Nobel Attempt presents a prediction-first cosmic-dawn test of General Coherence Field Theory. The paper derives a no-fit wall-compliance energy fraction from archived RheoMu/RDF parameters and applies it to embedded supermassive-dark-star-like objects inside enriched early galaxies. Its central observable proposal, GCFT/OBS-1, predicts a linked residual package after galaxy-only modeling: He II λ1640 absorption near 2.490 μm, a compact 0.3–0.5 nJy NIRCam residual, and population-level compatibility with a LISA-band wall-core collapse background near 0.8 mHz. The manuscript frames “Nobel attempt” as an attempt to earn independent experimental relevance, not as a prize claim.

Demander à l'IA

Bookmark

View Full Paper