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Inteligencia como coherencia de alta dimensionalidad: el límite de dimensionalidad observable y la tratabilidad
1Sydney Medical School, University of Sydney, Sydney, NSW, Australia.
Bio Systems
|January 9, 2026
Resumen
La inteligencia emerge de la dinámica de alta dimensionalidad, donde las restricciones del sistema permiten la memoria y la computación. Este marco explica la brecha de eficiencia entre la inteligencia biológica y artificial.
Área de la Ciencia:
- Neurociencia Computacional
- Biología Teórica
- Biología de Sistemas
Sus antecedentes:
- La inteligencia biológica se basa en dinámicas complejas y de alta dimensionalidad.
- La 'maldición de la dimensionalidad' tradicionalmente limita el análisis del sistema, pero es fundamental para la computación biológica.
- La dinámica del sistema codifica la memoria, las restricciones y la información estructurada dentro de regiones no ergódicas.
Objetivo del estudio:
- Formalizar la relación entre la dinámica de alta dimensionalidad y la inteligencia.
- Proponer un 'Límite de Dimensionalidad Observable' que proteja la complejidad interna del sistema.
- Explicar la eficiencia termodinámica de la inteligencia biológica.
Principales métodos:
- Desarrollo de un marco teórico.
- Análisis de sistemas de alta dimensionalidad y no ergodicidad.
- Formulación del Límite de Dimensionalidad Observable basado en la capacidad del canal y la resolución temporal.
Principales resultados:
- La dinámica de alta dimensionalidad es esencial para la inteligencia, proporcionando memoria y estructura computacional.
- El Límite de Dimensionalidad Observable explica cómo los sistemas protegen la complejidad interna.
- Los sistemas biológicos exhiben eficiencia termodinámica al concentrar compromisos irreversibles en los límites de comportamiento.
Conclusiones:
- La inteligencia se caracteriza por la capacidad de mantener y defender dinámicas coherentes de alta dimensionalidad.
- Este marco ofrece una definición de inteligencia independiente del sustrato.
- Los principios pueden aplicarse a la comprensión de la conciencia y los códigos emergentes en sistemas como la corteza humana.
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