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This work aims to explore how living organisms evolve through a multifaceted response to environmental changes, focusing on reaction architectures.

July 27, 2026Open Access

Multitime Dynamics of Living Organization: From State Change to Heritable Evolutionary Change

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The study examines evolutionary changes in organisms through their reaction architectures, indicating complex biological dynamics.

This work aims to explore how living organisms evolve through a multifaceted response to environmental changes, focusing on reaction architectures.
Proposes a framework categorizing biological change into four multitime layers.
Introduces a reaction vector that characterizes various response attributes.
Utilizes examples from diverse organisms including plants and amphibians.
Identifies four layers of biological change: current state execution, functional reconfiguration, persistent modification, and heritable evolutionary change.
Establishes that heritable variation in reaction architecture can alter population distribution across generations.
Describes a fast-to-slow consolidation link, which is not guaranteed, between experienced modes and future responses.

BALEVSKY et al. (2026) studied this question.

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July 27, 2026Open Access

View Full Paper

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Authors

The study examines evolutionary changes in organisms through their reaction architectures, indicating complex biological dynamics.

This work aims to explore how living organisms evolve through a multifaceted response to environmental changes, focusing on reaction architectures.
Proposes a framework categorizing biological change into four multitime layers.
Introduces a reaction vector that characterizes various response attributes.
Utilizes examples from diverse organisms including plants and amphibians.
Identifies four layers of biological change: current state execution, functional reconfiguration, persistent modification, and heritable evolutionary change.
Establishes that heritable variation in reaction architecture can alter population distribution across generations.
Describes a fast-to-slow consolidation link, which is not guaranteed, between experienced modes and future responses.

BALEVSKY et al. (2026) studied this question.

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