EMI model: A scale free biophysical framework for human consciousness, cognition and behaviour

Area of Science:

• Neuroscience
• Physics
• Information Theory
• Cognitive Science

Background:

• Current understanding of consciousness, cognition, and behavior lacks an integrated framework.
• Existing models often fail to bridge neurobiology, physics, and information theory effectively.

Purpose of the Study:

• To propose the Energy-Mass-Information (EMI) framework as a novel paradigm for conceptualizing mental phenomena.
• To reconceptualize the brain-mind system as a dynamic network of energetic, material, and informational interactions.
• To offer a unifying perspective that links subjective experience to measurable processes.

Main Methods:

• Developing the EMI framework rooted in the Unified Holographic Framework for Neural Coherence and Consciousness (UHF).
• Integrating principles from quantum coherence, neural synchronization, and dynamic systems theory.
• Conceptualizing cognition through attractor states in the brain's energy-information landscape.

Main Results:

• The EMI framework conceptualizes mental phenomena as emergent properties of dynamic, field-based interactions.
• Cognition arises from the formation and modulation of attractor states guided by resonance and self-organization.
• Consciousness is viewed as a holographically organized phenomenon shaped by internal and external fields.
• Behavior emerges as macroscopic expressions of shifts in informational attractors.

Conclusions:

• The EMI framework provides a transdisciplinary approach to understanding the brain-mind system.
• It offers a unifying perspective that transcends reductionist models.
• It links subjective experience to measurable neurophysiological and field-level processes.