My Double Unveiled

The dissipative quantum model of brain

Author
Giuseppe Vitiello | University of Salerno
PaperbackAvailable
ISBN 9789027251527 (Eur) | EUR 68.00
ISBN 9781588110763 (USA) | USD 102.00
 
e-Book
ISBN 9789027298386 | EUR 68.00 | USD 102.00
 
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This introduction to the dissipative quantum model of brain and to its possible implications for consciousness studies is addressed to a broad interdisciplinary audience. Memory and consciousness are approached from the physicist point of view focusing on the basic observation that the brain is an open system continuously interacting with its environment. The unavoidable dissipative character of the brain functioning turns out to be the root of the brain’s large memory capacity and of other memory features such as memory association, memory confusion, duration of memory. The openness of the brain implies a formal picture of the world which is modeled on the same brain image: a sort of brain copy or “Double”, where world objectiveness and the brain implicit subjectivity are conjugated. Consciousness is seen to arise from the permanent “dialogue” of the brain with its Double.
The author’s narration of his (re-)search gives a cross-over of the physics of elementary particles and condensed matter, and the brain’s basic dynamics. This dynamic interplay makes for a “satisfying feeling of the unity of knowledge”. (Series A)
[Advances in Consciousness Research, 32] 2001.  xvi, 163 pp.
Publishing status: Available
Table of Contents
“Prof. Vitiello proposes a highly original theory of memory and consciousness based in theory of dissipative quantum brain dynamics. His writings provide a fundamental advance in the quantum theory of brain functioning, and astonishingly in the present book, without requiring any technical mathematics”
“…. the clearest exposition of the theory of brain functions, based on the highly abstract and mathematical theory of Quantum Field. Professor Vitiello successfully carries out this difficult task without a single equation”
“...a very lucid presentation of a far reaching model for the brain functions, based on the theory of dissipative quantum processes. It is addressed to a general public, so that the main stress is on the basic concepts, without the exploitation of any explicit mathematical formalism. This has been quite a difficult enterprise, but the author succeeded very well to convey the essential physical features participating to the model, in a way which is very clear and very deep. It is worth saying that the book will also be well appreciated by physicist, and specialized people, for its clean conceptual presentation, and the availability of the mathematical formalism in the published scientific literature.
I think that the most important aspect of the book is to encourage the various scientific communities, as for example in Physics, Biology, Neurophysiology, Psychology, to reinforce a fruitful dialogue, based on the peculiar aspects of the various disciplines, and the comparison of different formulations of analogous concepts. I also think that the young people can usefully benefit by reading this book, and meditating on the main issues. In particular, they will learn the beauty of working at the frontiers of knowledge, in a very important interdisciplinary field. In conclusion, this book will be a very enjoyable and stimulating experience for a very large community of potential readers.”
“...the most important aspect of the book is to encourage the various scientific communities, as for example in Physics, Biology, Neurophysiology, Psychology, to reinforce a fruitful dialogue, based on the peculiar aspects of the various disciplines, and the comparison of different formulations of analogous concepts. I also think that the young people can usefully benefit by reading this book, and meditating on the main issues. In particular, they will learn the beauty of working at the frontiers of knowledge, in a very important interdisciplinary field. In conclusion, this book will be a very enjoyable and stimulating experience for a very large community of potential readers.”
“[...] a wellspring of superbly reasoned yet daring enlightenment from which human sciences of the coming century will surely profit.”
“[...] Vitiello makes arguable the most compelling and, in terms of physics, most grounded case for the possibly quantum nature of the brain's physics, a case supported by half a century of previous theoretical and experimental work in several fields. Indeed, beyond explaining Vitiello's own remarkable work, the book provides a fascinating insight to a set of brilliant and ambitious projects, whose scientific significance is unquestionable, regardless of the ultimate outcome of the overall endeavour to establish a quantum theory of the brain and consciousness.”
“Vitiello's book is not only an excellent, easy-to-read, overview and high-level scholarly dissertation on the subject of consciousness approached from an advanced theoretical physical point of view, but also an intense, continuous, fantastic lesson of Systemics.”
“[...] summarizes and then greatly extends the nascent quantum neurodynamic viewpoint with poetic eloquence and deep rigor. Vitiello's new volume is a wellspring of superbly reasoned yet daring enlightenment from which human sciences of the coming century will surely profit.”
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Alfinito, Eleonora & Giuseppe Vitiello
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Alodjants, Alexander P., A. Yu. Bazhenov, A. Yu. Khrennikov & A. V. Bukhanovsky
2022. Mean-field theory of social laser. Scientific Reports 12:1 DOI logo
Arecchi, Fortunato T.
2016. Quantum Effects in Linguistic Endeavors. In Towards a Post-Bertalanffy Systemics [Contemporary Systems Thinking, ],  pp. 3 ff. DOI logo
Arecchi, Fortunato Tito
2017. Fiat Lux Versus Fiat Lumen: Quantum Effects in Linguistic Operations. In Language in Complexity [Lecture Notes in Morphogenesis, ],  pp. 143 ff. DOI logo
Atmanspacher, Harald
2003. Mind and matter as asymptotically disjoint, inequivalent representations with broken time-reversal symmetry. Biosystems 68:1  pp. 19 ff. DOI logo
Atmanspacher, Harald
2017. Quantum Approaches to Brain and Mind. In The Blackwell Companion to Consciousness,  pp. 298 ff. DOI logo
Baer, Wolfgang
2013. A conceptual framework embedding conscious experience in physical processes. In The Unity of Mind, Brain and World,  pp. 113 ff. DOI logo
Barham, James
2004. The Emergence of Biological Value. In Debating Design,  pp. 210 ff. DOI logo
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2023. Deep Learning Opacity, and the Ethical Accountability of AI Systems. A New Perspective. In The Logic of Social Practices II [Studies in Applied Philosophy, Epistemology and Rational Ethics, 68],  pp. 21 ff. DOI logo
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2015. New Issue to Modeling Intentionality in the Field of Consciousness. Journal of Behavioral and Brain Science 05:09  pp. 348 ff. DOI logo
Blasone, Massimo
2017. A Physicist’s view on Chopin’s Études. The European Physical Journal Special Topics 226:12  pp. 2715 ff. DOI logo
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2015. The Dissipative Many-Body Model and Phase Transitions in Brain Nonlinear Dynamics. In Advances in Cognitive Neurodynamics (IV) [Advances in Cognitive Neurodynamics, ],  pp. 117 ff. DOI logo
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Del Giudice, E, P Stefanini, A Tedeschi & G Vitiello
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Fiscaletti, Davide
2016. Dalla superconduttività alla teoria quantistica dei campi: l'emergenza come fondamento della realtà fisica. EPISTEMOLOGIA :2  pp. 275 ff. DOI logo
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Freeman, W J, A Capolupo, R Kozma, A Olivares del Campo & G Vitiello
2015. Brain Dynamics, Chaos and Bessel Functions. Journal of Physics: Conference Series 626  pp. 012069 ff. DOI logo
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Freeman, Walter J
2005. A field-theoretic approach to understanding scale-free neocortical dynamics. Biological Cybernetics 92:6  pp. 350 ff. DOI logo
Freeman, Walter J.
2007. Proposed Cortical “Shutter” Mechanism in Cinematographic Perception. In Neurodynamics of Cognition and Consciousness [Understanding Complex Systems, ],  pp. 11 ff. DOI logo
Freeman, Walter J.
2009. 2009 International Joint Conference on Neural Networks,  pp. 882 ff. DOI logo
FREEMAN, WALTER J.
2009. THE NEUROBIOLOGICAL INFRASTRUCTURE OF NATURAL COMPUTING: INTENTIONALITY. New Mathematics and Natural Computation 05:01  pp. 19 ff. DOI logo
Freeman, Walter J.
2011. Evidence for a Spatiotemporal Singularity in Percept Formation by Cerebral Cortex. In Advances in Cognitive Neurodynamics (II),  pp. 585 ff. DOI logo
Freeman, Walter J, Robert Kozma & Giuseppe Vitiello
2012. The 2012 International Joint Conference on Neural Networks (IJCNN),  pp. 1 ff. DOI logo
Freeman, Walter J & Giuseppe Vitiello
2008. Dissipation and spontaneous symmetry breaking in brain dynamics. Journal of Physics A: Mathematical and Theoretical 41:30  pp. 304042 ff. DOI logo
Freeman, Walter J & Giuseppe Vitiello
2009. Dissipative neurodynamics in perception forms cortical patterns that are stabilized by vortices. Journal of Physics: Conference Series 174  pp. 012011 ff. DOI logo
Freeman, Walter J. & Giuseppe Vitiello
2005. Nonlinear Brain Dynamics and Many-Body Field Dynamics. Electromagnetic Biology and Medicine 24:3  pp. 233 ff. DOI logo
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2010. VORTICES IN BRAIN WAVES. International Journal of Modern Physics B 24:17  pp. 3269 ff. DOI logo
Freeman, Walter J., Robert Kozma, Béla Bollobá & Oliver Riordan
2008. Scale-Free Cortical Planar Networks. In Handbook of Large-Scale Random Networks [Bolyai Society Mathematical Studies, 18],  pp. 277 ff. DOI logo
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2012. CORTICAL PHASE TRANSITIONS, NONEQUILIBRIUM THERMODYNAMICS AND THE TIME-DEPENDENT GINZBURG–LANDAU EQUATION. International Journal of Modern Physics B 26:06  pp. 1250035 ff. DOI logo
Freeman, Walter J. & Rodrigo Quian Quiroga
2013. Synthesis. In Imaging Brain Function With EEG,  pp. 223 ff. DOI logo
Freeman, Walter J. & Rodrigo Quian Quiroga
2013. Basic Concepts for Spatial Analysis. In Imaging Brain Function With EEG,  pp. 87 ff. DOI logo
Germano, Roberto
2015. Water’s quantum structures and life. Electromagnetic Biology and Medicine 34:2  pp. 133 ff. DOI logo
Globus, Gordon
2006. Consciousness and Quantum Brain Dynamics. In The Emerging Physics of Consciousness [The Frontiers Collection, ],  pp. 371 ff. DOI logo
Globus, Gordon
2013. Ontological significance of the dream world. Behavioral and Brain Sciences 36:6  pp. 619 ff. DOI logo
Globus, Gordon & Massimo Cocchi
2017. Quantum brain theory and the appearing of world. Journal of Integrative Neuroscience 16:s1  pp. S37 ff. DOI logo
Gul, A., Y. Tuzel, I. H. Tuzel, M. E. Irget, F. Kidoglu & M. Tepecik
2011. Effects of nutrition and irrigation on sweet pepper production in volcanic tuff. Spanish Journal of Agricultural Research 9:1  pp. 221 ff. DOI logo
Gupta, Sayantan, Kartik Sau, Saptarsi Bhattacharya & Tuhin Chatterjee
2017. 2017 8th Annual Industrial Automation and Electromechanical Engineering Conference (IEMECON),  pp. 168 ff. DOI logo
Irwin, Klee
2020. A New Approach to the Hard Problem of Consciousness: a Quasicrystalline Language of “Primitive Units of Consciousness” in Quantized Spacetime. Activitas Nervosa Superior 62:2  pp. 48 ff. DOI logo
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2023. Physicochemical Study of the Molecular Signal Transfer of Ultra-High Diluted Antibodies to Interferon-Gamma. International Journal of Molecular Sciences 24:15  pp. 11961 ff. DOI logo
Khrennikov, Andrei
2003. Quantum-like formalism for cognitive measurements. Biosystems 70:3  pp. 211 ff. DOI logo
Khrennikov, Andrei
2004. On Quantum-Like Probabilistic Structure of Mental Information. Open Systems & Information Dynamics 11:03  pp. 267 ff. DOI logo
Khrennikov, Andrei
2022. Quantum-Like Cognition and Rationality: Biological and Artificial Intelligence Systems. In Quantum Computing in the Arts and Humanities,  pp. 153 ff. DOI logo
Khrennikov, Andrei
2023. Cooperative Functioning of Unconscious and Consciousness from Theory of Open Quantum Systems. In Quantum Decision Theory and Complexity Modelling in Economics and Public Policy [New Economic Windows, ],  pp. 11 ff. DOI logo
Khrennikov, Andrei
2023. Open Systems, Quantum Probability, and Logic for Quantum-like Modeling in Biology, Cognition, and Decision-Making. Entropy 25:6  pp. 886 ff. DOI logo
Kitto, Kirsty
2008. High end complexity. International Journal of General Systems 37:6  pp. 689 ff. DOI logo
Kitto, Kirsty, Peter Bruza & Laurianne Sitbon
2009. Generalising Unitary Time Evolution. In Quantum Interaction [Lecture Notes in Computer Science, 5494],  pp. 17 ff. DOI logo
Kitto, Kirsty & R. Daniel Kortschak
2013. Contextual models and the non-Newtonian paradigm. Progress in Biophysics and Molecular Biology 113:1  pp. 97 ff. DOI logo
KONISHI, EIJI
2012. MODELING QUANTUM MECHANICAL OBSERVERS VIA NEURAL-GLIAL NETWORKS. International Journal of Modern Physics B 26:09  pp. 1250060 ff. DOI logo
Korf, Jakob
2015. Quantum and Multidimensional Explanations in a Neurobiological Context of Mind. The Neuroscientist 21:4  pp. 345 ff. DOI logo
Lake, James
2022. Implications of postmaterialist theories of consciousness for psychiatry: towards an integral paradigm. International Journal for Transformative Research 9:1  pp. 49 ff. DOI logo
Licata, Ignazio
2010. Almost‐anywhere theories: Reductionism and universality of emergence. Complexity 15:6  pp. 11 ff. DOI logo
Licata, Ignazio
2021. From Predictability to the Theories of Change. In Multiplicity and Interdisciplinarity [Contemporary Systems Thinking, ],  pp. 71 ff. DOI logo
Licata, Ignazio & Gianfranco Minati
2017. Emergence, Computation and the Freedom Degree Loss Information Principle in Complex Systems. Foundations of Science 22:4  pp. 863 ff. DOI logo
Madl, Pierre & Paolo Renati
2023. Quantum Electrodynamics Coherence and Hormesis: Foundations of Quantum Biology. International Journal of Molecular Sciences 24:18  pp. 14003 ff. DOI logo
Manzalini, Antonio
2019. Towards a Quantum Field Theory for Optical Artificial Intelligence. Annals of Emerging Technologies in Computing 3:3  pp. 1 ff. DOI logo
Mayburov, Sergey
2023. Quantum Nonlocality and Biological Coherence. In Ultra-Weak Photon Emission from Biological Systems,  pp. 447 ff. DOI logo
Meijer, Dirk K. F., Igor Jerman, Alexey V. Melkikh & Valeriy I. Sbitnev
2021. Biophysics of Consciousness: A Scale-Invariant Acoustic Information Code of a Superfluid Quantum Space Guides the Mental Attribute of the Universe. In Rhythmic Oscillations in Proteins to Human Cognition [Studies in Rhythm Engineering, ],  pp. 213 ff. DOI logo
Mikki, Said
2023. Artificial General Intelligence and Noncomputability: A Dynamical Framework. Journal of Artificial Intelligence and Consciousness 10:01  pp. 71 ff. DOI logo
MINATI, GIANFRANCO
2004. FROM EVOLUTIONARY CONSCIOUSNESS TO CONSCIOUS EVOLUTION: ARE WE IN CONTROL?. World Futures 60:8  pp. 567 ff. DOI logo
Minati, Gianfranco
2006. Towards a Second Systemics. In Systemics of Emergence: Research and Development,  pp. 667 ff. DOI logo
Minati, Gianfranco & Giuseppe Vitiello
2006. Mistake Making Machines. In Systemics of Emergence: Research and Development,  pp. 67 ff. DOI logo
Nakagomi, Teruaki
2003. Mathematical formulation of Leibnizian world: a theory of individual-whole or interior–exterior reflective systems. Biosystems 69:1  pp. 15 ff. DOI logo
Nakagomi, Teruaki
2003. Quantum monadology: a consistent world model for consciousness and physics. Biosystems 69:1  pp. 27 ff. DOI logo
Nishiyama, Akihiro, Shigenori Tanaka & Jack A. Tuszynski
2023. Renormalization in Quantum Brain Dynamics. AppliedMath 3:1  pp. 117 ff. DOI logo
Nishiyama, Akihiro, Shigenori Tanaka, Jack A. Tuszynski & Roumiana Tsenkova
2024. Holographic Brain Theory: Super-Radiance, Memory Capacity and Control Theory. International Journal of Molecular Sciences 25:4  pp. 2399 ff. DOI logo
Orsucci, Franco F.
2006. The Paradigm of Complexity in Clinical Neurocognitive Science. The Neuroscientist 12:5  pp. 390 ff. DOI logo
Pearce, David
2012. The Biointelligence Explosion. In Singularity Hypotheses [The Frontiers Collection, ],  pp. 199 ff. DOI logo
Pessa, Eliano
2006. Physical and Biological Emergence: Are They Different?. In Systemics of Emergence: Research and Development,  pp. 355 ff. DOI logo
PESSA, ELIANO & GIUSEPPE VITIELLO
2004. QUANTUM NOISE INDUCED ENTANGLEMENT AND CHAOS IN THE DISSIPATIVE QUANTUM MODEL OF BRAIN. International Journal of Modern Physics B 18:06  pp. 841 ff. DOI logo
Piattelli-Palmarini, M & G Vitiello
2017. Quantum field theory and the linguistic Minimalist Program: a remarkable isomorphism. Journal of Physics: Conference Series 880  pp. 012016 ff. DOI logo
Piattelli-Palmarini, Massimo & Giuseppe Vitiello
2017. Third Factors in Language Design: Some Suggestions from Quantum Field Theory. In The Cambridge Companion to Chomsky,  pp. 134 ff. DOI logo
Plikynas, D. & S. Raudys
2016. Towards Nonlocal Field-Like Social Interactions: Oscillating Agent Based Conceptual and Simulation Framework. In Agent-Based Simulation of Organizational Behavior,  pp. 237 ff. DOI logo
Plikynas, Darius, Gytis Basinskas, Pravin Kumar, Saulius Masteika, Darius Kezys & Algirdas Laukaitis
2014. Social systems in terms of coherent individual neurodynamics: conceptual premises, experimental and simulation scope. International Journal of General Systems 43:5  pp. 434 ff. DOI logo
Plikynas, Darius, Gytis Basinskas & Algirdas Laukaitis
2015. Towards oscillations-based simulation of social systems: a neurodynamic approach. Connection Science 27:2  pp. 188 ff. DOI logo
Plikynas, Darius & Saulius Masteika
2014. Agent-Based Nonlocal Social Systems: Neurodynamic Oscillations Approach. In Social Computing and Social Media [Lecture Notes in Computer Science, 8531],  pp. 253 ff. DOI logo
Pop-Jordanov, Jordan & Nada Pop-Jordanova
2009. Neurophysical substrates of arousal and attention. Cognitive Processing 10:S1  pp. 71 ff. DOI logo
Racine, David, Anshu Rastogi & Rajendra P. Bajpai
2013. Hints at Quantum Characteristics of Light Signals Measured from a Human Subject. Chinese Medicine 04:03  pp. 72 ff. DOI logo
Re, Tania & Giuseppe Vitiello
2020. 2020 International Joint Conference on Neural Networks (IJCNN),  pp. 1 ff. DOI logo
Sanfey, J.
2003. Reality, and Those who Perceive it. In The Nature of Time: Geometry, Physics and Perception,  pp. 105 ff. DOI logo
Sanfey, John
2023. Simultaneity of consciousness with physical reality: the key that unlocks the mind-matter problem. Frontiers in Psychology 14 DOI logo
Scardigli, Fabio
2022. Introduction. In Artificial Intelligence Versus Natural Intelligence,  pp. 1 ff. DOI logo
Schuch, D, J Guerrero, F F López-Ruiz & V Aldaya
2015. Interrelations between different canonical descriptions of dissipative systems. Physica Scripta 90:4  pp. 045209 ff. DOI logo
Schuch, Dieter
2018. Dissipative Systems with Irreversible Dynamics. In Quantum Theory from a Nonlinear Perspective [Fundamental Theories of Physics, 191],  pp. 85 ff. DOI logo
Shor, Oded, Amir Glik, Amit Yaniv-Rosenfeld, Avi Valevski, Abraham Weizman, Andrei Khrennikov, Felix Benninger & Giuseppe Vitiello
2021. EEG p-adic quantum potential accurately identifies depression, schizophrenia and cognitive decline. PLOS ONE 16:8  pp. e0255529 ff. DOI logo
Tonello, Lucio, Massimo Cocchi, Fabio Gabrielli & Jack A. Tuszynski
2015. On the possible quantum role of serotonin in consciousness. Journal of Integrative Neuroscience 14:03  pp. 295 ff. DOI logo
Ulivi, Lucia Urbani
2019. First Steps Toward a Systemic Ontology. In Systemics of Incompleteness and Quasi-Systems [Contemporary Systems Thinking, ],  pp. 57 ff. DOI logo
Vadén, Tere
2006. Book Review. Indo-Pacific Journal of Phenomenology 6:2  pp. 1 ff. DOI logo
Vitiello, G.
2003. The Arrow of Time in Quantum Theories. In The Nature of Time: Geometry, Physics and Perception,  pp. 261 ff. DOI logo
Vitiello, G.
2005. Understanding Brain and Consciousness?. In Symmetries in Science XI,  pp. 553 ff. DOI logo
Vitiello, Giuseppe
2002. Quantum Field Theory and System Theory. In Emergence in Complex, Cognitive, Social, and Biological Systems,  pp. 383 ff. DOI logo
Vitiello, Giuseppe
2008. Group Contraction in Quantum Field Theory. International Journal of Theoretical Physics 47:2  pp. 393 ff. DOI logo
VITIELLO, GIUSEPPE
2009. COHERENT STATES, FRACTALS AND BRAIN WAVES. New Mathematics and Natural Computation 05:01  pp. 245 ff. DOI logo
Vitiello, Giuseppe
2012. Fractals as macroscopic manifestation of squeezed coherent states and brain dynamics. Journal of Physics: Conference Series 380  pp. 012021 ff. DOI logo
Vitiello, Giuseppe
2016. Commentary by Giuseppe Vitiello. In Cognitive Phase Transitions in the Cerebral Cortex - Enhancing the Neuron Doctrine by Modeling Neural Fields [Studies in Systems, Decision and Control, 39],  pp. 239 ff. DOI logo
Vitiello, Giuseppe
2018. Dynamical Rearrangement of Symmetry and Robustness in Physics and Biology. In Biological Robustness [History, Philosophy and Theory of the Life Sciences, 23],  pp. 219 ff. DOI logo
Vitiello, Giuseppe
2019. Mind and Matter. Two Entangled Parallel Time-Lines, One Reconstructing the Past in Remembering, the Other Extrapolating into the Future in Predicting. In Quanta and Mind [Synthese Library, 414],  pp. 103 ff. DOI logo
Vitiello, Giuseppe
2019. Brain, Mind, and the Ontological Prejudice. Activitas Nervosa Superior 61:1-2  pp. 112 ff. DOI logo
Vitiello, Giuseppe
2019. The World Opacity and Knowledge. In The Systemic Turn in Human and Natural Sciences [Contemporary Systems Thinking, ],  pp. 41 ff. DOI logo
Vitiello, Giuseppe
2021. Neural Networks and Many-Body Systems. In Multiplicity and Interdisciplinarity [Contemporary Systems Thinking, ],  pp. 207 ff. DOI logo
Vitiello, Giuseppe
2022. The Brain Is not a Stupid Star. In Artificial Intelligence Versus Natural Intelligence,  pp. 107 ff. DOI logo
Vitiello, Giuseppe & J.-C.S. Lévy
2022. Fractals, metamorphoses and symmetries in quantum field theory. EPJ Web of Conferences 263  pp. 01008 ff. DOI logo
Ward, Barry K.
2014. Is There a Link Between Quantum Mechanics and Consciousness?. In Brain, Mind and Consciousness in the History of Neuroscience [History, Philosophy and Theory of the Life Sciences, 6],  pp. 273 ff. DOI logo
Woods, John
2022. How Abduction Fares in Mathematical Space. In Handbook of Abductive Cognition,  pp. 1 ff. DOI logo
Woods, John
2023. How Abduction Fares in Mathematical Space. In Handbook of Abductive Cognition,  pp. 115 ff. DOI logo
Yagi, Junichi & Eiji Arai
2009. The 4+1 Dynamic Management System of Lifecycle. In Product Realization,  pp. 1 ff. DOI logo
Zizzi, Paola
2013. The Uncertainty Relation for Quantum Propositions. International Journal of Theoretical Physics 52:1  pp. 186 ff. DOI logo
[no author supplied]
2006. Emergence. In Collective Beings [Contemporary Systems Thinking, ],  pp. 89 ff. DOI logo
[no author supplied]
2006. Applications to Cognitive Systems: Beyond Computationalism. In Collective Beings [Contemporary Systems Thinking, ],  pp. 387 ff. DOI logo
[no author supplied]
2006. The Background to Systemics. In Collective Beings [Contemporary Systems Thinking, ],  pp. 1 ff. DOI logo

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Subjects

Consciousness Research

Consciousness research

Main BIC Subject

JMT: States of consciousness

Main BISAC Subject

PSY020000: PSYCHOLOGY / Neuropsychology
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U.S. Library of Congress Control Number:  2001035806 | Marc record