Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Journal of Integrative Neuroscience

Quantum brain theory and the appearing of world

Gordon G. Globus

Published Nov 10, 2017• 2 citations
Publisher

Abstract

The appearing of world is approached via the dream world which has generally been thought to be merely derivative: a "composition" of memory traces from waking life, which are merged and fused into a dream world that in some instances can be indiscernable from the world of waking life. Two dreams are presented which challenge the composition theory of dream formation. An alternative unified theory of world appearance in both waking and dreaming is proposed, which makes use of developments in quantum brain dynamics. For this "monadological" proposal the wake world and the dream world are ontologically at parity. This surprising conclusion extends the quantum revolution to our very Existenz.

DOI
10.3233/jin-170065

Related papers

A Quantum Brain Version of the Quantum Bayesian Solution to the Measurement Problem

Gordon G. Globus

Quantum Bayesianism makes conventional assumptions about conscious experience and the world, which are “deconstructed” here. Conscious experience is succeeded by Heideggerian Existenz as world-thrownness. But unlike Heidegger, Existenz is conceived as a monadological dis-closure in the other-tuned, self-tuned and past-tuned “between” of the quantum thermo field brain’s dual mode vacuum state. The wave function is identified with Bayesian expectation conceived as the brain’s “self-tuning” capability subject to informative modification. Physical reality is never worldly but quantum at all scales. Worlds are disclosed only in monadological parallel in the quantum brain’s tuned between. This version of Quantum Bayesianism offers a novel solution to the measurement problem.

NeuroQuantology•Sep 21, 2016•1 citation

Death, Consciousness and the Quantum Paradigm

Ronald Glasberg

I have in this discussion tried to normalize the idea of an after-life (with its apparently quantized planes of consciousness) by placing it in a theoretical framework informed by the hiatic behavior of the quantum paradigm. I have also tried to de-weird the paradigm by placing it in the somewhat more accessible framework of world-creative consciousness, a common example of which is the phenomenon of dreaming up a complete and all-encompassing world. To put it another way, the external world behaves the way it does because it appears to be infused with an internal or consciousness-like aspect, which behaves as it does because it is composed of a hierarchy of levels or planes. One of these levels is the physical plane, wherein the quantum foundations of reality were discovered. Moreover, the hostility of physicists to the idea of a non-physical plane associated with an after-life or mind somehow independent of matter makes sense in the theoretical framework I am attempting to put forward.

Journal of consciousness exploration & research•Jun 11, 2017•0 citations

Thinking together quantum brain dynamics and postmodernism

Gordon G. Globus

I “think together” quantum brain dynamics (QBD) and postmodernism (appropriated to include Heidegger). In particular, the world thrownness of Heidegger, the sovereignty of Bataille and the differance of Derrida can be talked about in terms of QBD. This effects a rapprochement between the QBD revolution against classical neural network brain theory and the postmodern revolution against modernity and the metaphysical tradition. Such a grand millenial rapprochement brings together science in the guise of quantum neurophysics and postmodernism against their respective wills. Discussion of the problem of “consciousness” and brain has been so stalemated and seemingly interminable that if progress is to be made, a great conceptual wrenching is only to be expected. My formulation relinquishes consciousness and the quotidian world-in-common in favor of existence and parallel world-thrownnesses.

Advances in consciousness research•Apr 12, 2001•0 citations

Derivation of Some Characteristics of Quantum Theory from an Analogy with the Dreaming Brain

Thomas G. Schumann

An analogy is made with a dream created by a brain to reproduce many of the aspects of our observed reality as described by quantum physics. Among these are the quantum theoretical method of calculating probabilities by means of complex amplitudes, quantum statistics and the disturbance of systems by observation and consequent non-commutation of some observations. Arguments are made for the subjective nature of probability amplitudes, often called wave functions. Some paradoxes or conceptual problems are resolved or clarified, such as the Schrodinger cat paradox, the preferred basis problem and the anthropic principle.

NeuroQuantology•May 26, 2010•3 citations

Spacetime and the Dream of Consciousness : Relational Ontology and Quantum Theories of Mind

Niko Jokela

This thesis addresses the mystery of consciousness and the perceived lack of meaning in science, exploring how these themes are intertwined. It investigates whether consciousness is best understood as a fundamental feature of reality rather than as a byproduct of the brain—an inquiry framed by the long-standing debate between idealism and materialism. Various anomalous and so-called paranormal phenomena are considered as indications that idealist interpretations may provide a stronger explanatory framework. Drawing on both scientific and philosophical theories, the thesis examines how quantum mechanics—particularly Carlo Rovelli’s relational interpretation—can be understood as reflecting attributes of consciousness itself. This relational perspective has already gained traction in contemporary science, and it resonates with historical and modern forms of idealism, which regard the universe and its laws as emerging from a fundamental substrate of consciousness. The thesis engages with recent proposals in idealist and quantum consciousness research, including the work of Donald Hoffman, Federico Faggin, Mauro D’Ariano, and Stuart Hameroff and Roger Penrose. Building on these insights, it develops a new synthesis that seeks to unify aspects of quantum mechanics, idealism, and materialism into a coherent theoretical framework. This synthesis portrays spacetime as akin to a dream, with living beings as the dreamers who both generate and inhabit it. From this perspective, the logic of the world resembles dream logic, where appearances are not what they seem but conceal deeper relations, and where meaning is grounded in how reality is felt rather than how it merely appears. The thesis concludes that such a view offers a paradigm capable of restoring meaning to scientific inquiry while deepening our understanding of consciousness and reality.

•Nov 26, 2025•0 citations

Quantum Closures and Disclosures: Thinking-together postphenomenology and quantum brain dynamics

Gordon G. Globus, Tere Vadén

Quantum Closures and Disclosures thinks together two seemingly irreconcilable discourses: An application of quantum field theory to brain functioning, called quantum brain dynamics, and the continental postphenomenological tradition, especially the work of Martin Heidegger and Jacques Derrida. Underlying both developments is a new ontology of nonCartesian dual modes whose rich provenance is their World is disclosed in the lumen naturale of dual modes belonging-together in their between; all presencing is a function of a ~conjugate form of match in the between. This surprising rapprochement between a powerful tradition within continental philosophy and the 20th-century quantum revolution in science is fruitfully applied to crucial issues in philosophy, brain science, mathematics and psychiatry. Related Titles: Quantum Brain Dynamics and Consciousness: An introduction , edited by Mari Jibu and Kunio Yasue (1995), and My Double Unveiled: The dissipative quantum model of the brain , by Giuseppe Vitiello (2001)

•Apr 28, 2003•35 citations
The appearing of world is approached via the dream world which has generally been thought to be merely derivative: a "composition" of memory traces from waking life, which are merged and fused into a dream world that in some instances can be indiscernable from the world of waking life. Two dreams are presented which challenge the composition theory of dream formation. An alternative unified theory of world appearance in both waking and dreaming is proposed, which makes use of developments in quantum brain dynamics. For this "monadological" proposal the wake world and the dream world are ontologically at parity. This surprising conclusion extends the quantum revolution to our very Existenz.
Quantum Bayesianism makes conventional assumptions about conscious experience and the world, which are “deconstructed” here. Conscious experience is succeeded by Heideggerian Existenz as world-thrownness. But unlike Heidegger, Existenz is conceived as a monadological dis-closure in the other-tuned, self-tuned and past-tuned “between” of the quantum thermo field brain’s dual mode vacuum state. The wave function is identified with Bayesian expectation conceived as the brain’s “self-tuning” capability subject to informative modification. Physical reality is never worldly but quantum at all scales. Worlds are disclosed only in monadological parallel in the quantum brain’s tuned between. This version of Quantum Bayesianism offers a novel solution to the measurement problem.
I have in this discussion tried to normalize the idea of an after-life (with its apparently quantized planes of consciousness) by placing it in a theoretical framework informed by the hiatic behavior of the quantum paradigm. I have also tried to de-weird the paradigm by placing it in the somewhat more accessible framework of world-creative consciousness, a common example of which is the phenomenon of dreaming up a complete and all-encompassing world. To put it another way, the external world behaves the way it does because it appears to be infused with an internal or consciousness-like aspect, which behaves as it does because it is composed of a hierarchy of levels or planes. One of these levels is the physical plane, wherein the quantum foundations of reality were discovered. Moreover, the hostility of physicists to the idea of a non-physical plane associated with an after-life or mind somehow independent of matter makes sense in the theoretical framework I am attempting to put forward.
I “think together” quantum brain dynamics (QBD) and postmodernism (appropriated to include Heidegger). In particular, the world thrownness of Heidegger, the sovereignty of Bataille and the differance of Derrida can be talked about in terms of QBD. This effects a rapprochement between the QBD revolution against classical neural network brain theory and the postmodern revolution against modernity and the metaphysical tradition. Such a grand millenial rapprochement brings together science in the guise of quantum neurophysics and postmodernism against their respective wills. Discussion of the problem of “consciousness” and brain has been so stalemated and seemingly interminable that if progress is to be made, a great conceptual wrenching is only to be expected. My formulation relinquishes consciousness and the quotidian world-in-common in favor of existence and parallel world-thrownnesses.
An analogy is made with a dream created by a brain to reproduce many of the aspects of our observed reality as described by quantum physics. Among these are the quantum theoretical method of calculating probabilities by means of complex amplitudes, quantum statistics and the disturbance of systems by observation and consequent non-commutation of some observations. Arguments are made for the subjective nature of probability amplitudes, often called wave functions. Some paradoxes or conceptual problems are resolved or clarified, such as the Schrodinger cat paradox, the preferred basis problem and the anthropic principle.
This thesis addresses the mystery of consciousness and the perceived lack of meaning in science, exploring how these themes are intertwined. It investigates whether consciousness is best understood as a fundamental feature of reality rather than as a byproduct of the brain—an inquiry framed by the long-standing debate between idealism and materialism. Various anomalous and so-called paranormal phenomena are considered as indications that idealist interpretations may provide a stronger explanatory framework. Drawing on both scientific and philosophical theories, the thesis examines how quantum mechanics—particularly Carlo Rovelli’s relational interpretation—can be understood as reflecting attributes of consciousness itself. This relational perspective has already gained traction in contemporary science, and it resonates with historical and modern forms of idealism, which regard the universe and its laws as emerging from a fundamental substrate of consciousness. The thesis engages with recent proposals in idealist and quantum consciousness research, including the work of Donald Hoffman, Federico Faggin, Mauro D’Ariano, and Stuart Hameroff and Roger Penrose. Building on these insights, it develops a new synthesis that seeks to unify aspects of quantum mechanics, idealism, and materialism into a coherent theoretical framework. This synthesis portrays spacetime as akin to a dream, with living beings as the dreamers who both generate and inhabit it. From this perspective, the logic of the world resembles dream logic, where appearances are not what they seem but conceal deeper relations, and where meaning is grounded in how reality is felt rather than how it merely appears. The thesis concludes that such a view offers a paradigm capable of restoring meaning to scientific inquiry while deepening our understanding of consciousness and reality.
Quantum Closures and Disclosures thinks together two seemingly irreconcilable discourses: An application of quantum field theory to brain functioning, called quantum brain dynamics, and the continental postphenomenological tradition, especially the work of Martin Heidegger and Jacques Derrida. Underlying both developments is a new ontology of nonCartesian dual modes whose rich provenance is their World is disclosed in the lumen naturale of dual modes belonging-together in their between; all presencing is a function of a ~conjugate form of match in the between. This surprising rapprochement between a powerful tradition within continental philosophy and the 20th-century quantum revolution in science is fruitfully applied to crucial issues in philosophy, brain science, mathematics and psychiatry. Related Titles: Quantum Brain Dynamics and Consciousness: An introduction , edited by Mari Jibu and Kunio Yasue (1995), and My Double Unveiled: The dissipative quantum model of the brain , by Giuseppe Vitiello (2001)