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more from Matti Pitkanen is on the /Pitkanen.htm page at doc pdf URL
note: because important websites are frequently "here today but gone tomorrow", the following was archived from on 12/01/2016. This is NOT an attempt to divert readers from the aforementioned website. Indeed, the reader should only read this back-up copy if the updated original cannot be found at the original author's site.
TGD-Universe as a Conscious Hologram
Dr. Matti Pitkänen
Postal address:
Köydenpunojankatu 2 D 11
10940, Hanko, Finland
E-mail:
URL-address:
(former address:)
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{ Document Bookmarks: M01 M02 M03 M04}
The entireBook (pdf) [i.e., non-abstract] is archived at URL-original URL-bkup )
The brain as a hologram is an old idea. It emerges naturally also in TGD framework both at the Quantum and Classical level which by Quantum-Classical correspondence is expected to reflectwhat happens at the deeper quantum level. The book is organized as follows.
1. The new view about the relationship between Experienced- and Geometric(relativistic)-Time underliesthe notion of the 4-D dynamical hologram. Therefore the first part of the book contains 3 chapters about this topic reflecting the development of ideas. The first one is more than a decade old. The third one written quite recently is inspired by Zero Energy Ontology andprovides a rather detailed vision about how the Arrow of Geometric-Time correlating with the Arrow of Experienced-Time. The localization of the contents of sensory experience to anarrow time interval emerge.
2. The second part of the book is devoted to the development of hologram idea. Also a general modelof sensory qualia and a model for sensory receptor as electret which are very abundant in Living matter are discussed.
3. The third part of the book is devoted to water memory and metabolism. The title suggests aconnection between these two and this kind of connection has indeed emerged. A discovery (certainly one of the greatest surprises of my professional life) popped up as an outcomeof an attempt to understand the mechanism behind water memory for which rather strong support exists now.
The idea was that dark nuclei which sizes zoomed up to atomic sizescale could provide a representation of genes with dark nucleons consisting of 3 quarksrepresenting DNA codons. It turned out that the model for dark nucleon consisting ofthree quarks predicts counterparts of 64 DNAs, 64 RNAs, and 20 aminoacids and allows toidentify vertebrate genetic code as a natural mapping of DNA type states to amino-acid type states. The population of dark nuclei would be a new lifeform possibly responsible for the water memory.
The chapter about metabolism represents a model of metabolism based onthe identification of universal metabolic energy quanta as increments of zero point kineticenergies emitted or absorbed as particles are transferred between space-time time sheetscharacterized by different p-adic primes.
What's New & Updates .....doc pdf URL
[note: some of the newest material might not appear in the following Abstract but only in the full Book at => URL-original URL-bkup]
Introduction
PART I: Bio-Systems as Conscious Holograms
A. Macro-temporal Quantum Coherence and Spin Glass Degeneracy
B. Bio-Systems as Conscious Holograms
C. General Theory of Qualia
PART II: Water Memory and Metabolism
A. Homeopathy in Many-Sheeted Space-time
B. Macroscopic Quantum Coherence and Quantum Metabolism as Different Sides of the Same Coin - Part 1
C. Macroscopic Quantum Coherence and Quantum Metabolism as Different Sides of the Same Coin - Part 2
D. About Concrete Realization of Remote Metabolism
Appendix
Introduction
A. Background
A. Basic ideas of TGD
1. TGD as a Poincare invariant theory of gravitation
2. TGD as a generalization of the hadronic string model
3. Fusion of the 2 approaches via a generalization of the space-time concept
B. The 5 threads in the development of Quantum-TGD
1. Quantum-TGD as configuration space spinor geometry
2. p-Adic TGD
3. TGD as a generalization of physics to a theory of Consciousness
4. TGD as a generalized number theory
5. Dynamical quantized Planck constant and dark matter hierarchy
C. Birdseye view about the contents of the Book
D. The contents of the book
PART I: The Notion of Time in the TGD Universe
PART II: Bio-Systems as Conscious Holograms
PART III: Water Memory and Metabolism
(this Introduction(abstract) is archived at doc pdf URL-doc URL-pdf
this entire[i.e., non-abstract]Introduction(pdf) is archived in great detail at URL-original URL-bkup )
PART I: Bio-Systems as Conscious Holograms
Macro-Temporal Quantum Coherence and Spin Glass Degeneracy
A. Introduction
1. Macro-temporal quantum coherence is suggested by quantum classical correspondence
2. Macro-temporal quantum coherence from spin glass degeneracy?
3. Dynamical Planck constant and dark matter hierarchy
4. Implications of Macro-temporal quantum coherence
B. Background
1. The notions of quantum jump and Self
2. Many-sheeted space-time, topological field quantization, and spin glass degeneracy
C. Macro-temporal coherence from spin glass degeneracy
1. What quantum coherence means in TGD Universe?
2. Spin glass degeneracy and classical gravitation stabilize irreducible bound state entanglement
D. Macro-temporal quantum coherence and dynamical hbar
1. Quantization of planetary orbits with a gigantic value of Planck constant and dark matter as a Macroscopic quantum phase
2. Criterion for the occurrence of a phase transition changing Planck constant
3. Hierarchy of Planck constants and physics as a generalized number theory
4. The interpretation of the phase transition hbar→ λhbar at configuration space level
5. Large value of Planck constant implies Macroscopic and Macro-temporal quantum coherence
6. Are the 2 explanations for the Macro-temporal quantum coherence consistent?
E. Basic implications
1. Thermodynamic aspects
2. Energetic aspects
3. Information theoretic aspects
F. Macro-temporal quantum coherence, Consciousness, and Biology
1. Macro-temporal quantum coherence and states of 'one-ness'
2. Macro-temporal quantum coherence and Biology
3. Macro-temporal quantum coherence and long-term memory
G. Cooperation and competition as different aspects of quantum consciousness
1. Breaking of superconductivity, metabolism, and homeostasis
2. Combining Macro-temporal quantum coherence and dissipation
3. Healing by time reversal
abstract of this Chapter
The basic objection against quantum consciousness theories is that the decoherence times for Macroscopic quantum states are quite too short.
The TGD-inspired theory of Consciousness leads to a first principle theory of state function reduction free of the logical paradoxes. It allows precise definitions for the notions of quantum coherence and decoherence. And it predicts a mechanism making the lifetimes of Macroscopic bound states much longer than predicted by the standard physics.
There are 3 arguments supporting Macro-temporal quantum coherence.
1. The Quantum-Classical correspondence allows us to identify space-time sheets as quantum coherence regions. And since they can have arbitrarily large sizes, Macroscopic and Macro-temporal quantum coherence follow as consequences.
2. The basic distinction between TGD and standard physics is quantum spin glass degeneracy. Which among other things implies that quantum bound states of, say, 2 molecules have enormous spin glass degeneracy absent in the free state.
This in turn means that the system spends much longer time in bound states than in free states. This implies much longer de-coherence time than expected otherwise. The almost degenerate spin glass states differ only by their classical gravitational energy so that gravitation is indeed important.
3. TGD supports the hypothesis that Planck constant is dynamical, quantized, and can have arbitrarily large values. Dark matter can be identified as a phase with large Planck constant and an entire hierarchy of dark matters is predicted. Large \hbar phases have long decoherence lengths and times so that dark matter can be quantum coherent. Since arguments (1) and (2) do not involve Planck constant, all 3 arguments can be consistent with each other.
In the p-adic context. one must modify Shannon's definition of entropy by replacing the ordinary logarithm based on p-adic norm. This definition gives rise to a real valued entropy in both real and p-adic contexts if entanglement coefficients are rational/algebraic numbers.
For irrational/non-algebraic entanglement, standard Shannon formula and its p-adic variant must be used and gives rise to non-negative entropy. Unlike Shannon entropy, the p-adic entropies (one for each p) can be also negative so that the entanglement entropy defines a genuine information measure whose sign tells whether the system contains information or dis-information.
For the p-adic entropies, Negentropy Maximization Principle tends to preserve the quantum coherence if p divides the common denominator of the entanglement probabilities. Thus the states with rational/algebraic entanglement can be regarded as bound states which are not at all fragile like the states with irrational/non-algebraic entanglement are.
This leads to a purely number-theoretic characterization of Life. Life corresponds to islands of rational/algebraic numbers in the seas of real and p-adic continua. The new views about quantum coherence and information have testable implications at the level of fundamental Physics, quantum computation, Biology, and Consciousness.
(this entire[i.e., non-abstract] Chapter(pdf) is archived in great detail at URL-original URL-bkup )
Bio-Systems as Conscious Holograms
A. Introduction
1. The notion of conscious hologram
2. Time mirror mechanism
3. Bio-photons
4. The work of William Tiller
B. Conscious Hologram
1. What are the basic properties of conscious hologram?
2. Stereo-consciousness and the notion of conscious hologram
3. Questions
4. Self-referentiality and space-time topology
5. Comparison of Maxwellian and TGD views about Classical gauge fields
C. Phase conjugation, negative energy topological light rays, and time mirror mechanism
1. Do negative energy space-time sheets have counterparts in quantum field theory?
2. Is the TGD view about phase conjugate waves consistent with the existent wisdom?
D. Bio-photons
1. What bio-photons are
2. Some phenomena related to bio-photons
3. General TGD-based model for bio-photons
4. The interpretation of bio-photons and EEG as decay products of dark Josephson radiation
5. TGD-based model for delayed luminescence
6. the Kirlian effect
E. Bio-photons, radio waves, and genetic regulation
1. Frequency spectrum of radio waves
2. Basic questions
3. How to understand the spectrum
4. Many-sheeted radio wave laser excited by laser light
5. Is the radio wave spectrum for wheat seed scaled-up version of EEG spectrum?
F. Conscious Hologram and Remote Mental Interactions
1. Big vision
2. Sketch for what happens in a typical remote viewing experiment
3. Why it is so difficult to take remote mental interactions seriously?
4. About the physiological correlates of anomalous cognition
5. Local sidereal time, geomagnetic fluctuations, and remote mental interactions
6. the DelaWarr camera [ref."Medical#DelaWarr" page at => doc pdf URL]
G. The experimental work of William Tiller about intentional imprinting of electronic devices
1. Experimental arrangement
2. Basic experimental findings
3. Explanation of the pH oscillations in terms of the general model of intentional action
4. The effects caused by the quartz crystal
5. Relating Tiller's hypothesis to TGD framework
6. A model for the findings based on hierarchy of large Planck constants
H. Formation of holograms by time mirror mechanism as a key mechanism of Intentional action
1. Four-wave interaction as a mechanism of intentional action
2. Plasma oscillation patterns as generalized holograms
3. Nerve pulse generation and holograms
4. Generalized four-wave interaction in relation to some other anomalies
I. How to test the basic vision?
1. Leakage of supra currents as basic mechanism
2. Time reversal for the leakage of supra currents
3. Controlling metabolism by IR laser beams and DNA functioning by maser beams
4. How to choose senders and receivers
5. How to test the notion of conscious hologram
abstract of this Chapter
The notion of the conscious hologram is the TGD-based generalization of the idea about brain as a hologram/hologram. In a nutshell, the notion of conscious hologram follows from the topological field quantization. Classical fields and matter form a Feynmann diagram-like structure consisting of lines representing matter (say, charged particles) and bosons (say, photons). The matter lines are replaced by space-time sheets representing matter (elementary particles, atoms, molecules, etc.) and virtual bosons are replaced by topological light rays ("mass-less extremals", MEs). Also magnetic flux tubes appear. And together with MEs, they serve as correlates for bound state quantum entanglement.
The internal lines of the Feynmann diagram are analogous to waveguides. The Classical fields and coherent light propagating along these waveguides interfere at the space-time sheets representing the vertices of the Feynmann diagram and the "points" of the conscious hologram/hologram. The formation of the hologram corresponds to the self-organization induced by the leakage of supra currents to smaller (say atomic) space-time sheets.
This leakage is induced by the high frequency MEs propagating along low frequency MEs serving as correlates for quantum entanglement. The 3-D stereovision associated with ordinary hologram is generalized to stereo consciousness resulting when the mental images associated with different "points" of conscious hologram fuse to single mental image. The central nervous system can be regarded as a conscious hologram of this kind.
The notion of four-wave interaction generalizes. The interference pattern of oppositely moving reference waves forming an archetypal standing wave (possibly moving as in case of nerve pulse) can be replaced by any synchronously oscillating periodic spatial pattern. Plasma waves(for which the frequency does not depend on the wave vector) are ideal candidates for holograms in the generalized sense.
Living matter is full of these kind of holograms. Besides plasma oscillations associated with biologically-important ions, Z0 plasma oscillations associated with atoms and molecules can also define holograms. p-Adic length scale hypothesis predicts a hierarchy of plasma frequencies related by powers 23k/4 so that even so-called "non-Living matter" could build this kind of sensory representations based on plasma oscillations.
p-Adic length scale hypothesis and dark matter hierarchy allow to quantify the notion of conscious hologram/hologram. The hierarchy of generalized EEGs associated with the dark matter hierarchy allows us to propose concrete mechanism of remote mental interactions playing a key role also in the interaction of magnetic bodies with the biological body. Experimental findings related to anomalous pre-cognition support the view that even the Galactic Magnetosphere acts as a conscious entity receiving sensory input from the bio-sphere and controlling it.
Bio-photons provide an application of the general theory. Simple mathematical facts about the delayed luminescence induced by an external perturbation -- combined with the model for a hierarchy of dark EEGs assignable to that of Josephson junctions -- lead to a model in which positive and negative energy MEs transversal to DNA strand and representing dark photons generate coherent bio-photons via decoherence. Rather detailed quantitative models for how MEs and supra current circuits interact and how bio-photons are generated during the gene expression emerge.
Peter Gariaev and his group have discovered a radio wave emission from DNA induced by laser light. The model explaining delayed luminescence covers also this phenomenon. Now the decay of dark photons with energies above thermal threshold to radio wave photons rather than decoherence would be the mechanism. The findings allow an explanation in terms of a many-sheeted laser action. A rather detailed view about how the bio-system acts as a many-sheeted laser at a wide wavelength range emerges.
William Tiller at Stanford University has carried out impressive experimental work with what he calls intention imprinted electronic devices (IIED). His results challenge that standard assumption that the intentions of experimenter do not affect the experimental apparatus \cite{Tiller, Tiller1, Tiller2}.
The analysis of the work of Tiller in the conceptual framework of TGD leads to the conclusion that four-wave interaction -- which is a basic mechanism to produce phase conjugate waves (negative energy topological light rays) -- also serves as a basic mechanism of intentional action. This leads to a unified view allowing to see EEG and nerve pulse as a particular realization of four-wave interaction.
(this entire[i.e., non-abstract] Chapter(pdf) is archived in great detail at URL-original URL-bkup )
General theory of Qualia
A. Introduction
1. TGD in a nutshell
2. TGD-inspired theory of Consciousness very briefly
3. Biological realization of self hierarchy
4. Qualia and Thermodynamics
5. Spectroscopy of Consciousness
B. General vision about conscious information processing in biosystems and brain
1. What qualia are?
2. Classification of qualia in thermodynamical framework
3. Critical questions and open problems
C. About identification of non-geometric qualia
1. Color vision and super-canonical algebra
2. Chemical qualia
3. Magnetic qualia as chemical qualia
4. Kinestetic qualia
5. Tactile qualia
6. Emotions
7. Dark matter hierarchy, hierarchical structure of nervous system, and hierarchy of emotions
8. Boolean qualia
D. Constraints on the fermionic realization of genetic code from the model for color qualia
1. Fermionic representation
2. Various options for the fermionic representation of A,T,C,G
3. Realization of color qualia for quark option
E. Flag-manifold qualia
1. Basic structure of the configuration space
2. Quantum honeybee
3. Quantum honeybee and DNA as a topological quantum computer
F. A general model of sensory receptors and sensory organs
1. A general model of qualia
2. Detailed model for the qualia
3. Capacitor model for sensory receptor
4. Capacitor model for color vision