# De-anthropomorphizing the mind: life as a cognitive spectrum in a unified framework for biological minds

## TL;DR

This paper proposes a new framework suggesting that cognition is a fundamental property of all living systems, not just humans or complex organisms.

## Contribution

The novel contribution is a unified info-computational framework that redefines cognition as an organizational property of life itself.

## Key findings

- Cognition is proposed as an organizational property of living systems, present even in single cells.
- The framework explains how complex cognition arises from basic life-regulatory dynamics.
- It offers testable implications in areas like bioelectric control and morphogenetic regulation.

## Abstract

Cognition, sentience, intelligence, awareness, and mind are often treated as distinct phenomena that emerge only at higher levels of biological organization, typically associated with nervous systems or human cognition. However, empirical research increasingly demonstrates learning, memory, adaptive behavior, and goal-directed regulation across a wide range of living systems, including single cells, tissues, and organisms without brains. This paper proposes a unifying framework in which cognition is understood as an organizational property of living systems, grounded in information embodied in their physical structures and in their ongoing interactions with the environment. Within this info-computational (ICON) perspective, living systems engage in behavior, learning, and anticipation by dynamically transforming embodied information through distributed, physically realized processes that support viability and self-maintenance. These processes are present from the onset of life and become progressively more integrated and temporally extended with increasing biological organization. The framework provides explanatory continuity across biological scales and clarifies how complex forms of cognition, awareness, and mind arise as elaborations of basic life-regulatory dynamics. It generates empirically grounded, testable implications for basal cognition, developmental biology, and embodied artificial systems, in the domains such as morphogenetic regulation, bioelectric control, and embodied physical architectures where its implications can be tested.