RESEARCH DEVELOPMENT · GDS · GSC-X

PUBLICATIONS

From a dynamic gravitational field through metastability
to predictive executive architectures.

Three pillars of research

Three key publications connect foundational GDS research, metastable dynamics and the current GSC-X architecture. Further development milestones follow below.

FOUNDATIONAL RESEARCH

GDS — Gravitational Dynamic System

A research framework for a dynamic gravitational field and its cosmological implications. The foundational branch for subsequent GDS development.

DYNAMIC PRINCIPLE

Regenerative Metastability

Research into regenerative metastability as a proposed principle of organization, recovery and long-term survival in complex systems.

UNIFIED ARCHITECTURE

GSC-X Executive Kernel

A unified kernel for state evaluation, predictive stabilization, adaptive decisions and cross-domain coordination.

GDS and GSC-X development

This overview follows the development branches and their connections. Publications retain the context of their specific versions, methods and validation conditions.

GDS
Dynamic gravitational field and development of the GDS framework.
DOI ↗ GDS
GSC-X v7
An initial integrated symbiotic executive architecture connecting prediction, decisions and stabilization.
DOI ↗ GSC-X v7
GSC-X v9.1 — Extended Benchmark Edition
Extended benchmark evaluation of performance, safety, productivity and reliability.
DOI ↗ GSC-X v9.1 — Extended Benchmark Edition
Emergent Metastable Corridors
Research into metastable corridors and their role in adaptation and operational survival.
DOI ↗ Emergent Metastable Corridors
Regenerative Metastability
From a stable state towards recovery dynamics and long-term persistence.
DOI ↗ Regenerative Metastability
GSC-X Executive Kernel
Unification of executive states, transitions and cross-domain architecture.
DOI ↗ GSC-X Executive Kernel