NGIFT 4.1 examines coherence domains and entanglement behavior in neutrino matrices, indicating fundamental insights into gravity and time.
NGIFT 4.1 expands the foundations introduced in NGIFT 4.0 by describing the structure and behavior of coherence domains within the neutrino matrix. It explains why entanglement has a finite range, how decoherence emerges from amplitude decay in a deterministically complex system, and why matter reacts at the speed c while the matrix state updates instantaneously. NGIFT 4.1 formalizes ten key properties of the matrix derived from entanglement behavior, relativity, and cosmological observations. The document shows that gravity, time, and observation are secondary effects of delayed local reaction, while the underlying matrix state is nonlocal and instantaneous.
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Szymon Flieger (2026) studied this question.
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