Serhii Hostiunin

Comparative Metrology of Civilizational Interaction: From Competitive Fragmentation to Constructive Coordination

This paper proposes a comparative metrology of civilizational interaction within Vitology. The framework distinguishes cultural and institutional diversity from destructive fragmentation and compares interaction architectures according to their effects on multilevel viability. A...

Operationalizing State and Action in Vitology: Aw–Con–CON as Multilevel Coordinates of Viability

This article proposes an operationalization of State, Action, and the Aw–Con–CON coordinates within the developing metrology of viability. It investigates whether a common structure of measurement can be applied across systems of different natures and organizational levels — from...

Comparative Metrology of Civilizational Interaction: From Competitive Fragmentation to Constructive Coordination

This paper proposes a comparative metrology of civilizational interaction within Vitology. The framework distinguishes cultural and institutional diversity from destructive fragmentation and compares interaction architectures according to their effects on multilevel viability. A...

Comparative Civilizational Viability Analysis: From Measurement Profiles to Interaction Patterns

This article proposes a methodology for the comparative analysis of civilizational viability within the developing research program of Vitology. Building on the metrological framework developed in G27–G31, it introduces Comparative Civilizational Viability Analysis (CCVA) as a pr...

Toward a Metrology of Civilizational Viability: Systemic Costs of Fragmentation and the Efficiency of a Constructive Civilization

This article proposes a metrological model of civilizational viability intended for comparative analysis of different architectures of international and intersocietal interaction. Civilization is considered not as the necessary fragmentation of humanity into competing geopolitica...

Civilizational Viability Research Design: From Units of Observation to Comparative Measurement

This article develops a research design for the empirical study of civilizational viability within the emerging metrological framework of Vitology. It continues the methodological sequence established in G27–G30, which introduced a metrology of civilizational viability, a compara...

Indicators of Civilizational Viability: An Operational Framework for Comparing Interaction Architectures

This article develops an operational framework for measuring civilizational viability within Vitology. Building on the comparative metrology of interaction architectures introduced in G27–G28, it proposes a system of Civilizational Viability Indicators (CVI) for evaluating the re...

Civilizational Viability Research Design: From Units of Observation to Comparative Measurement

This article develops a research design for the empirical study of civilizational viability within the emerging metrological framework of Vitology. It continues the methodological sequence established in G27–G30, which introduced a metrology of civilizational viability, a compara...

Operationalizing State and Action in Vitology: Aw–Con–CON as Multilevel Coordinates of Viability

This article proposes an operationalization of State, Action, and the Aw–Con–CON coordinates within the developing metrology of viability. It investigates whether a common structure of measurement can be applied across systems of different natures and organizational levels — from...

Empirical Measurement Protocol for Civilizational Viability: From CVI Indicators to the Comparative Viability Profile

This article proposes an empirical measurement protocol for civilizational viability within the developing metrological framework of Vitology. Building on G27–G29, which introduced a metrology of civilizational viability, comparative interaction architectures, and a system of Civ...

Indicators of Civilizational Viability: An Operational Framework for Comparing Interaction Architectures

This article develops an operational framework for measuring civilizational viability within Vitology. Building on the comparative metrology of interaction architectures introduced in G27–G28, it proposes a system of Civilizational Viability Indicators (CVI) for evaluating the re...

Empirical Measurement Protocol for Civilizational Viability: From CVI Indicators to the Comparative Viability Profile

This article proposes an empirical measurement protocol for civilizational viability within the developing metrological framework of Vitology. Building on G27–G29, which introduced a metrology of civilizational viability, comparative interaction architectures, and a system of Civ...

Toward a Metrology of Civilizational Viability: Systemic Costs of Fragmentation and the Efficiency of a Constructive Civilization

This article proposes a metrological model of civilizational viability intended for comparative analysis of different architectures of international and intersocietal interaction. Civilization is considered not as the necessary fragmentation of humanity into competing geopolitica...

Regenerative Capacity and the Limit of Viability Recovery: Resources, Damage, and Conditions for System Return

This article proposes a metrological model of regenerative capacity and the limit of viability recovery in systems of different kinds. The approach continues the metrological apparatus developed in G17–G24 and builds upon established research on biological regeneration, physiolog...

First Rigorous Chemical Test of Viability Boundary Dynamics: An Independent Operational Model

This article proposes an independent chemical test of the hypothesis of dynamic viability-boundary behavior formulated within Vitology. A controlled nonlinear chemical system is considered as the model class, with its state characterized by component concentrations, reaction rate...

К метрологии времени жизнеспособности: Toward a Metrology of Viability Time: Chronological Time, Dynamic State, and the Rate of Viability Change

This article proposes a metrological research model of viability time for systems of different kinds. The starting point is the distinction between chronological time and the measurable dynamics of viability. Equal intervals of physical time do not necessarily correspond to equal...

Chronological Time and Viability Time: Aging as Nonlinear Dynamics of Viability Architecture

This article proposes investigating aging as nonlinear dynamics of system viability architecture relative to chronological time. The approach builds upon established research on the hallmarks of aging, biological age, Pace of Aging, frailty, comparative longevity, and negligible...

Toward a Comparative Metrology of Viability Boundary Dynamics: A Cross-Class Measurement Framework

This article proposes a comparative metrological framework for investigating viability-boundary dynamics in systems of different kinds. The approach builds upon established developments in viability theory, resilience science, robustness analysis, survivability, and quantitative...

Toward a Comparative Metrology of Viability Boundary Dynamics: A Cross-Class Measurement Framework

This article proposes a comparative metrological framework for investigating viability-boundary dynamics in systems of different kinds. The approach builds upon established developments in viability theory, resilience science, robustness analysis, survivability, and quantitative...

First Rigorous Chemical Test of Viability Boundary Dynamics: An Independent Operational Model

This article proposes an independent chemical test of the hypothesis of dynamic viability-boundary behavior formulated within Vitology. A controlled nonlinear chemical system is considered as the model class, with its state characterized by component concentrations, reaction rate...