The Will as an Infomational Field: A Physicalist Formulation of Consciousness

This paper proposes the Physicalist Dualism of the Will (PDW) as a theoretical model of consciousness formulated in terms of a causal informational field. The model integrates ideas from process philosophy, interactionist theories of mind, dual-aspect monism, integrated information theory, Orch-OR, and the thermodynamics of information. Within the model, consciousness is represented by an informational vector field, whereas will is represented by a scalar potential that directs informational dynamics toward coherent states. Exploratory numerical simulations illustrate field organization, entropy-like relaxation, matter–information coupling, dissipative dynamics, and oscillatory behavior on time scales associated with the gamma range. These simulations do not constitute empirical validation of a consciousness field, quantum coherence in microtubules, or Orch-OR. Instead, they provide a phenomenological and computational framework for generating quantitative hypotheses that could be tested using neurophysiological, molecular, and behavioral data.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-20
DOI
https://doi.org/10.5281/zenodo.23503733
Primary Topic
Philosophy and Theoretical Science
Type
preprint
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preprint

The Will as an Infomational Field: A Physicalist Formulation of Consciousness

Alexandre César Dourado Neves
Zenodo (CERN European Organization for Nuclear Research)
Philosophy and Theoretical Science
preprint

The Will as an Infomational Field: A Physicalist Formulation of Consciousness

Alexandre César Dourado Neves
preprint en

Abstract

This paper proposes the Physicalist Dualism of the Will (PDW) as a theoretical model of consciousness formulated in terms of a causal informational field. The model integrates ideas from process philosophy, interactionist theories of mind, dual-aspect monism, integrated information theory, Orch-OR, and the thermodynamics of information. Within the model, consciousness is represented by an informational vector field, whereas will is represented by a scalar potential that directs informational dynamics toward coherent states. Exploratory numerical simulations illustrate field organization, entropy-like relaxation, matter–information coupling, dissipative dynamics, and oscillatory behavior on time scales associated with the gamma range. These simulations do not constitute empirical validation of a consciousness field, quantum coherence in microtubules, or Orch-OR. Instead, they provide a phenomenological and computational framework for generating quantitative hypotheses that could be tested using neurophysiological, molecular, and behavioral data.

Zenodo (CERN European Organization for Nuclear Research)
São Paulo State Technological College (BR)
Philosophy and Theoretical Science
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