Serhii Hostiunin

I37b. CANDIDATE VALIDATION PROTOCOL FOR THE UNIT OF ABSOLUTE VIABILITY: VIABILITY INVARIANT TEST v1.0

This protocol paper develops the Viability Invariant Test v1.0 (VIT-1.0) as a prospective framework for candidate validation of the Unit of Absolute Viability (U_AV) proposed within the Vitology research program. The study distinguishes Inter-Cycle Viability (V_IC) as a candidate...

I35e. Does Science Need a Unit of Viability?

Contemporary sciences employ numerous constructs for describing the preservation, disturbance, degradation, and recovery of systems, including reliability, lifetime, survival, maintainability, recoverability, resilience, state of health, and viability [3–8]. Quantitative resilien...

I35e. Does Science Need a Unit of Viability?

Contemporary sciences employ numerous constructs for describing the preservation, disturbance, degradation, and recovery of systems, including reliability, lifetime, survival, maintainability, recoverability, resilience, state of health, and viability [3–8]. Quantitative resilien...

I31A. Vitological Metrology and the International System of Units: From E_VSA and η_VSA to Metrological Traceability, Dimensional Status, and the Criterion for a New Fundamental Quantity

Article I31 introduced Unified Vitological Reality as a spatial-chronal nonlinear measure of the viability of living and non-living systems and formulated two central constructs: E_VSA, a candidate functional unit of a complete viability-relevant spatial-chronal cycle; and η_VSA,...

I31A. Vitological Metrology and the International System of Units: From E_VSA and η_VSA to Metrological Traceability, Dimensional Status, and the Criterion for a New Fundamental Quantity

Article I31 introduced Unified Vitological Reality as a spatial-chronal nonlinear measure of the viability of living and non-living systems and formulated two central constructs: E_VSA, a candidate functional unit of a complete viability-relevant spatial-chronal cycle; and η_VSA,...

I28A. The Source of Life as a Generative Reality: A Dual Formalization of Its Cross-Domain Regularities and Their Dynamic Manifestation in Part–Whole Viability

I28A proposes a dual formalization of the Source of Life within Vitology. The first form is defined as: SoL-A — Architectural Formalization of the Source of Life. SoL-A represents the Source of Life as an open architecture of already recognized and operationalized regularities of...

The Norm of Harmony and Future Viability: Does a Predefined H_V Predict Recovery, Reserve Preservation, Lower Maintenance Cost, and Long-Term V Beyond Safe, Admissible, and Optimal Regions?

This article develops an empirical protocol for testing the Norm of Harmony as a candidate predictive construct within Vitology. Earlier Vitological formulations described the Norm of Harmony as a dynamic systemic condition associated with coherent interaction, regeneration, adap...

The Norm of Harmony and Future Viability: Does a Predefined H_V Predict Recovery, Reserve Preservation, Lower Maintenance Cost, and Long-Term V Beyond Safe, Admissible, and Optimal Regions?

This article develops an empirical protocol for testing the Norm of Harmony as a candidate predictive construct within Vitology. Earlier Vitological formulations described the Norm of Harmony as a dynamic systemic condition associated with coherent interaction, regeneration, adap...

Synchroauthenticity and Future Viability: Does Coordinated Goal–State–Action–Result Correspondence Predict V Beyond State Estimation and Control Errors?

This article develops an empirical protocol for testing Synchroauthenticity as a candidate predictive construct within Vitology. After comparison with cybernetics and modern control theory, Synchroauthenticity cannot be defined merely as feedback, regulation, internal modeling, a...

Synchroauthenticity and Future Viability: Does Coordinated Goal–State–Action–Result Correspondence Predict V Beyond State Estimation and Control Errors?

This article develops an empirical protocol for testing Synchroauthenticity as a candidate predictive construct within Vitology. After comparison with cybernetics and modern control theory, Synchroauthenticity cannot be defined merely as feedback, regulation, internal modeling, a...

Recovery, Reserve, and Hidden Viability Degradation: Can Future Loss of Viability Be Detected Before Current Function Fails?

This article develops the next empirical stage of Vitology by formalizing recovery, reserve, and hidden viability degradation as candidate predictors of future viability. The starting distinction is: current function ≠ remaining reserve ≠ recovery capacity ≠ future viability. A s...

Uncertainty and Calibration of Viability Prediction: From Estimation of V to the Probability of Future Viable Outcomes

This article formalizes the problem of uncertainty and calibration of viability prediction as the second metrological stage of Empirical Vitology after analysis of observability and identifiability of V. The following are distinguished: the current true, but not necessarily direc...

Uncertainty and Calibration of Viability Prediction: From Estimation of V to the Probability of Future Viable Outcomes

This article formalizes the problem of uncertainty and calibration of viability prediction as the second metrological stage of Empirical Vitology after analysis of observability and identifiability of V. The following are distinguished: the current true, but not necessarily direc...

Predictive Value of the Viability Trajectory: Does Γ_V Add Information Beyond the Current State of V in Predicting Future Outcomes?

This article formalizes the first directly predictive test of Empirical Vitology after establishment of the external validation protocol, analysis of observability and identifiability of V, and introduction of requirements for uncertainty and calibration of prediction. The centra...

Choice, Selection, and Realization of Viable Continuations in Systems of Different Nature

This article systematizes scientifically formalized mechanisms of choice, selection, filtering, and realization of continuations in systems of different nature and examines whether they can be compared through a common Vitological framework of viability. Selection is not introduc...

Repeated Standardized Interdisciplinary Testing of Viability Metrology: Assessing Reproducibility and Comparability of Measurements

This article presents a repeated standardized interdisciplinary test of viability metrology following the introduction of the indicator-standardization architecture developed in G35. The analysis revisits the four empirical domains examined in G34: U.S. electricity distribution,...

Standardization of Viability Indicators: A Unified Operational and Normalization Framework for Interdisciplinary Vitology

This article develops a unified operational and normalization framework for viability indicators within Vitology. It continues the metrological sequence established in G27–G34 and responds directly to the limitations identified during the first interdisciplinary pilot test, which...

Standardization of Viability Indicators: A Unified Operational and Normalization Framework for Interdisciplinary Vitology

This article develops a unified operational and normalization framework for viability indicators within Vitology. It continues the metrological sequence established in G27–G34 and responds directly to the limitations identified during the first interdisciplinary pilot test, which...

Cross-Domain Validation of Viability Metrology: Testing the Invariant Measurement Core Across Systems of Different Nature

This article develops a framework for cross-domain validation of viability metrology within Vitology. Building on the interdisciplinary pilot testing conducted in G34, indicator standardization in G35, standardized retesting in G36, and the external-transferability framework prop...

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...