Brain and Being: At the boundary between science, philosophy, language and artsGordon G. Globus, Karl H. Pribram, Giuseppe Vitiello John Benjamins Publishing, 17 ¡.Â. 2004 - 350 ˹éÒ This book results from a group meeting held at the Institute for Scientific Exchange in Torino, Italy. The central aim was for scientists to think together in new ways with those in the humanities inspired by quantum theory and especially quantum brain theory. These fields of inquiry have suffered conceptual estrangement but now are ripe for rapprochement, if academic parochialism is put aside. A prevalent theme of the book is a moving away from individual elements and individual actors acting upon each other, toward a coordinate hermeneutic dynamics that manifests as a coherent totality. Among the topics covered are image in photography and in neuroscience; language; time; brain and mathematics; quantum brain dynamics and quantum communication. |
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˹éÒ ix
... domain of complexity theory that lies at the boundary between “hard” science, arts, linguistic and bears as well on cogni— tive and perception science (including the notion of mental space as induced by knowledge structuring and ...
... domain of complexity theory that lies at the boundary between “hard” science, arts, linguistic and bears as well on cogni— tive and perception science (including the notion of mental space as induced by knowledge structuring and ...
˹éÒ 34
... domain of philosophy and the second is that of the natural sciences, such as physiology, biology, chemistry, and physics. Establishing rigorous efficacious connections between the material dynamics of the brain and the workings of the ...
... domain of philosophy and the second is that of the natural sciences, such as physiology, biology, chemistry, and physics. Establishing rigorous efficacious connections between the material dynamics of the brain and the workings of the ...
˹éÒ 37
... domains plays a role. Instead, the unconscious refers to the nonclassical dynamics that continuously involves the reciprocal and mutually inhibiting interactions with consciousness upon which it produces certain effects. These ...
... domains plays a role. Instead, the unconscious refers to the nonclassical dynamics that continuously involves the reciprocal and mutually inhibiting interactions with consciousness upon which it produces certain effects. These ...
˹éÒ 38
... domains, beyond certain minimal links or correlations. This is why I prefer to make strong claims only in separate domains of the brain and of the mind, and rigorously respect the disciplinary boundaries involved. Both domains are ...
... domains, beyond certain minimal links or correlations. This is why I prefer to make strong claims only in separate domains of the brain and of the mind, and rigorously respect the disciplinary boundaries involved. Both domains are ...
˹éÒ 41
... domain of consciousness and is possibly z v3 unthinkable. It takes place in the region designated by Vitiello's ellipsis ' .. . 3. Quantum theory as nonclassical theory I shall now outline the key features of quantum theory from the ...
... domain of consciousness and is possibly z v3 unthinkable. It takes place in the region designated by Vitiello's ellipsis ' .. . 3. Quantum theory as nonclassical theory I shall now outline the key features of quantum theory from the ...
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5 The psychoemotionalphysical unity of living organisms as an outcome of quantum physics | 71 |
6 Dual mode ontology and its application to the Riemann Hypothesis | 89 |
7 Quantum monadology and consciousness | 113 |
8 Quantum connectionism and the emergence of cognition | 129 |
12 Brain and mathematics | 217 |
13 Searching for the biophysics of an elementary system | 243 |
14 Brain and physics of manybody problems | 257 |
15 Quantum Brain Dynamics and Quantum Field Theory | 269 |
16 Brain and Quantum Field Theory | 293 |
17 The dissipative brain | 317 |
Name index | 339 |
Subject index | 343 |
9 The rheomode of language of David Bohm as a way to reconstruct the access to physical reality | 149 |
10 Can quantum analogies help us to understand the process of thought? | 167 |
11 Information quantum theory and the brain | 199 |
List of the contributors | 353 |
The series Advances in Consciousness Research | 355 |
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analogies aspects atomic ingredients behavior biological Bohm Bohm’s bosons brain tissue classical physics coherent concept connectionism consciousness consider correlation corticon field defined definite described difficult dissipative domain dual mode electric dipole field emergence energy entities equation existence external world find first fits flow fluctuations fundamental system Giudice Globus Goldstone Goldstone bosons Hamiltonian Hiley Iibu infinite input interaction interpretation living matter macroscopic mathematical meaning memory mental presence mind molecules monadology monads neural neurons nonclassical observed ontological paradigm particles perception phase space phenomena photographic physical process possible present Pribram problem protein filaments quantum brain dynamics quantum field theory quantum mechanics quantum model quantum physics quantum processes quantum statistical mechanics quantum theory reality reflective relation rheomode Riemann zeta function scientific significance soliton specific spontaneous spontaneous symmetry breaking structure system of corticons theoretical thought process tion Umezawa University vacuum variables Vitiello Yasue