March 3, 2026Open Access

EMP-EEM et émergence des FGFs

Key Points

The transition from EMP to EEM describes a shift in informational regimes, where specific activation conditions lead to observable changes.
Change of regime dynamics signifies a phase change, where global symmetries transition into local differentials during activation.
A continuity equation formalism outlines how information density and information flux behave as expression becomes active, leading to measurable outcomes.
Emergence of Closed Fundamental Geometries is highlighted as a consequence of reaching the EMP to EEM activation threshold, pointing to future studies on FGFs.

Abstract

ICMM-FW-03 : This preprint formalizes the ontological transition from EMP (a potential informational continuum) to EEM (an expression regime) within the ICMM framework. It argues that what standard physics often labels as “symmetry breaking” is better interpreted here as a change of regime (phase change), where global expressional symmetry becomes locally differential as expression activates. The study introduces the minimal activation conditions, the role of reactive substrates (EEM/EED), and a projective informational conservation principle. A continuity-equation formalism is proposed to describe local redistribution of projected information (information density and information flux), clarifying how apparent time/energy may emerge as effective observables once expression becomes operative. The text positions the emergence of Closed Fundamental Geometries (FGFs) as a downstream consequence of the EMP → EEM activation threshold, and prepares the ground for the subsequent FGF-focused study. Email: cordierfr@wanadoo.fr or frederic.cordier@alcahest-quantique.frORCID: 0009-0001-8661-3275Project page: https://www.alcahest-quantique.fr

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EMP-EEM et émergence des FGFs

Key Points

Abstract

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