A Cosmogonic Model of Human Consciousness: Part IV

Exploration

A Cosmogonic Model of Human Consciousness: Part IV

Claudio Messori*

ABSTRACT
This series of articles present a physicalist account on the origin of
human consciousness. What is presented is a cosmogonic model based on the
centrality of Tension assumed as an intrinsic and irreducible ontological
presupposition associated with a pre-energetic undifferentiated and
totipotent proto-dynamic principle (dynamis), whose differentiation gives
birth to a space-time system of correlative interactions between physical
objects denominated differentiated tensorial fractals (or tangent tensions)
and undifferentiated tensorial fractals (or qualia). To describe the
structure and dynamics that qualify the fundamental space-time dimension we
can make use of the holographic principle, fractal self-similarity and the
role reserved to the twisting moment (torque) in certain dual torus
topology. In this light, human consciousness is recognized as the
ecological and neuropsychological result obtained from the joint action
realized through the holographic module, between poietic function,
syntropic function and mnemotropic function the meanings of which shall be
defined in the articles.

Part IV of this series of articles contain: 7. Phenomenology of mnemotropic
configurations; 8. Transition from the EIRD regime to the RRD regime; 9.
Conclusions; and References.

Key words: consciousness, states of consciousness, image-making, qualia,
psychism, auto-organization, strange holographic attractor, syntropy,
entropy, negentropy, mnemotropy, mnemopoiesis, confinement process,
dynamis, holographic-fractal space-time, event-horizon, , toroid-poloid,
tension, torque, Coriolis force, spin-internal motion.


Dedicated to the Jungian unus mundus





7. Phenomenology of mnemotropic configurations

Applying the considerations illustrated so far, and in particular recalling
that:

i) the genesis and diversification of the confinement processes
(phenomena of space-time localization-delocalization) is prescribed
by auto-reorganization and mediated by syntropic processes
(inductors of coherence in the organization of a system;
resonance tensorial and phase coupling) and mnemotropic processes
(that direct information by means of mnesic processes) which relate
the space-time event-horizon with the confinement processes of
phenomenological becoming;


ii) The task of orienting and processing this relationship of
interfacing by implementing it (projecting it) into the holographic-
fractal fabric of fundamental space-time event-horizons (generated
by the transition between N-EIRD and EIRD) is performed by the
syntropic and differentiated action of physical objects denominated
Strange Holographic Attractors ( hysteresic state inside the SHA);




iii) the implementation (projection) of the becoming of the confinement
processes is associated with polarized twisted-pinched hysteresis
domains [1] (Fig 1; Fig. 2; Fig. 2b) governed by correlative
interactions between physical objects denominated differentiated
tensorial fractals (tangent tensions) and undifferentitiated
tensorial fractals (qualia), the former polarized in the spatial
component (internal resistance) and the latter polarized in the
temporal component (phenomenological becoming) of the space-time
continuum (Fig. 1 and Fig. 3);


in the definition (A) of mnemotropy, the meaning (B) assigned to a
mnemotropic configuration establishes that:

i) the implementation/projection of the becoming of the confinement
processes belong to a domain of hysteresic coherence comes about by
self-similarity in the form of a quasi-stationary isomorphic
pattern of qualia denominated images[2], complex physical objects
lacking spatial extension and devoid of energy/mass polarized in
the temporal space-time component;
ii) this (primary) process of reconstruction by means of self-
similarity-isomorphism of the becoming of hysteresis-correlated
confinement processes in images is governed by the specific action
of the mnemotropic configuration acting at a given level of
manifestation and is translated into the engramming of a peculiar
system of mnesic processes (a mnesic process is one that is more
integrated than a registration process [3]);


iii) a mnemotropic process represents the non-local holographic-fractal
fabric of the correlative events that link (feed-forward) between
them all the image-making imprints, both anterograde and
retrograde, associated with the becoming of a process or a system
of confinement processes (localization-delocalization);

iv) the holographic projection on the space-time horizon of the events
of the quasi-stationary isomorphic pattern of qualia denominated
images, establish an irreducible relationship of interdependence
and continuity between all the hysteresis cicles and all the
confinement processes of phenomenological becoming;

v) on the space-time event-horizon the acting mnemotropic
configuration integrates its primary action of reconstruction
through isomorphism of the becoming of confinement processes in
images operating a further (secondary) action of reconstruction of
the corresponding mnesic processes, this action of secondary
reconstruction consists in placing the domain of hysteresic
coherence that a given confinement process belongs to in a
competitive relationship (dyadic) with all the hysteresis cycles
and all the confinement processes of phenomenological becoming:
from the combined action of the primary and secondary
reconstruction, an action governed by the acting mnemotropic state,
derives a more or less redundant peculiar system, mnesic processes
able to guarantee the becoming of the confinement processes both in
continuity and surpassing it.


It is in the light of this irreducible mnemotropic relationship of
interdependence and continuity that there exists on the plane of space-time
in-fusion among all the confinement processes that Sir Arthur Eddington's
statement "When an electron vibrates, the universe shakes" acquires added
value.

And it is in the light of this competitive relationship between all the
hysteresis cycles and all the systems of mnemotropic processes of
phenomenological becoming that should be understood the phenomenology of
both altered states of consciousness and states of suspension of
consciousness, as well as the phenomenology of the diversification of
confinement processes.




Fig. 11:
The Duality of Fu Xi and his sister Nu Gua, The Snake of the Kundalini (in
human beings, Shakti is the unmanifested feminine-potential aspect of the
whole Universe called Kundalini, while the manifested masculine aspect is
called Shiva) contains 3.5 (7/2) Twists:
2x3.5 = 7
7 = (-1,-2,-3,0,1,2,3)
In Muladhara (the first chakra, the root centre of physical experience,
located at the base of the spine, the sacral plexus), Shakti, the potential
unmanifested Kundalini, is symbolized by a serpent coiled into three and a
half circles around the central axis Svayambhu-linga at the base of the
spine. (Image source: About the Sum of Things)


8. Transition from the EIRD regime to the RRD regime

The transition from the EIRD regime to the RRD regime (Reducible
Relativistic Dimension) marks the passagge from a proprochiral holographic-
fractal space-time to a prochiral holographic-fractal space-time which is
triggered by the opposition of the EIRD to the perturbation triggered by
the desymmetrization of its torque/space-time geometry.

The consequence of this opposition (PMaP: bifurcation) is the reflection
(reflectance < 1) of the desymmetrization that leads to the constitution of
the Reducible Relativistic Dimension (Haramein-Rauscher U4 space-time
topology, Fig. 11) and its event-horizon.

Also the reducible form of the relativistic dimension (RRD) features two
regimes, a quiet or non-excited regime (N-ERRD, Non-Excited Reducible
Relativistic Dimension) and an excited one (ERRD).

The tensorial and space-time configuration of the N-ERRD reflects the
establishment of the desymmetrization of its torque (and hence of its space-
time geometry) and is characterized by two perturbative phenomena:

i) the perturbation of the relation of continuity that mantains in in-
fusion (tensorial monopole) the tension generated by the internal
resistance (polarized in the spatial component of space-time and
associated with the differentiated tensorial fractals tangent
tensions) and the tension generated by the becoming of the
confinement processes (polarized in the temporal component of space-
time and associated with the undifferentiated tensorial
fractals qualia), the two fundamental tensions that form the
opposing tensorial couple responsible for the establishment of the
EIRD torque;


ii) the perturbation of the relation of continuity that maintains in in-
fusion (space-time continuum) the spatial and temporal components.

The consequence of the perturbation in the EIRD space-time continuum is the
constitution of a rotational tensorial fractal (Coriolis potential) which
opposes the desymmetrization of the N-ERRD torque.

The consequence of the perturbation in the tensorial monopole is the
constitution of an unstable dipolar tensorial moment (of transition) formed
by variations in orientation (polarization) of the torsional fractal
(torque) vs. variations in orientation (polarization) of the rotational
fractal (Coriolis potential) of the tangent tensions.

From the combined action of these two perturbations, the space-time
geometry of the N-ERRD regime becomes affected by three orders of
phenomena:

i) the auto-organization of space-time perturbative phenomena
polarized in the spatial component of the space-time continuum
(differentiated tensorial fractals tangent tensions) induced by
establishment of the unstable dipolar tensorial moment (of
transition);


ii) the generation of a dipolar tensorial potential with a shift of
polarization in the spatial component of space-time;

iii) the variation (right-hand part of the equation 3, Paragraph 3) of
the degree of torsion at the point of space-time transition of the
twisted-pinched hysteresis loop and the degree of rotation that
exists between the polarized component in space (positive values)
and the polarized component in time (negative values) of the
twisted-pinched hysteresis loop with a shift towards the polarized
component in space (tangent tensions).









Fig. 11

Figure 1(a). is a topological representation of the Haramein-Rauscher
solution as a result of the addition of torque and Coriolis force terms as
an amendment to Einstein's field equations, which modifies the Kerr-Newman
solution. The Lorentz invariance conditions are reconciled by utilizing a
modified metrical space, which is not the usual Minkowski space, but the U4
space. This space is a consequence of the Coriolis force acting as a
secondary effect, which is generated from the torque term in the stress-
energy tensor. In figure 1(b). Coriolis type dynamics of the dual U1 x U1
space-time manifold are illustrated. The form of metric produces the dual
torus as two copies of U1 x U1, which we demonstrate through the S3
spherical space, is related to the SU2 group and other Lie groups. In
figure 1(c). the 24 element group through S2 yields the cuboctahedral group
which we can relate to the U4 space. Thus the S4 octahedral group is
related to the U4 topology and we demonstrate that the cuboctahedral group
relates to the GUT (Grand Unification Theory). [Source:
http://theresonanceproject.org/wp-content/uploads/torque_paper.pdf]

Compare Fig. 11with Fig. 12 below:




Fig. 12
[Image source: http://www.bcs.org//upload/pdf/quantum_holography.pdf]
Hopf Fibration/Clifford Parallels light echo phenomenon of extragalactic
quantum holography with radiation from the core of the galaxis serving as
the reference radiation.

Cutaway perspective view in R3 of the Hopf fibration of S3 over S2:
Visualization via stereographic projection of the foliation of S3 —> R4 by
nested flat tori. The Hopf fibration together with the bundle homomorphism
S3 —> S0(3, R) forms a fiber bundle model of the symplectic spin structure
on the bitangent bundle of S2. The traces of the bitangential planes on the
flat tori are displayed as a bundle of Villarceau circles of parataxy. The
Hopf bundle is tautologous in the sense that a point in P1(C ) represents a
complex line in the Hermitian vector space C +C (tensor addition), and to
this point its complex line is associated. By fiberwise multiplication with
the time-line R, the four-dimensional Taub-NUT manifold arises which forms
a cylinder bundle over S2. [Credit: Walter Schempp]

The passage from the non-excited to the excited regime of the RRD occurs
under the action of a coherent supraliminal phenomenon produced by the auto-
resonance of the dipolar tensorial dipolare potential.

This coherent phenomenon is equivalent to a auto-combining condensative
process that leads to rotational tortional stabilisation of the dipolar
tensorial moment with the constitution of space-time holographic fractals
known as spin/internal motion [Huping Hu and Maoxin Wu], stationary and
fractal relativistic objects (non-quantized) endowed with quasi-kinetic
potential (where the motion impulse is only prefigured), the site of a
stereogenic prochiral centre, with polarization angle shifted towards the
spatial component of the space-time geometry of the ERRD regime.

The diffusive state of these relativistic fractal objects known as
spin/internal motion generates a tensorial solitonic field (a scalar-like
field, a field which is invariant under any Lorentz transformation composed
by spin-zero particles such as: Instantons, Monopoles, Non-Abelian Vortices
in Theories of Supersymmetrical Gauges; phonons; Nambu-Goldstone bosons)
composed of two tensorial fields (one polarized in the spatial component of
space-time and associated with the rotational tensorial fractal, the other
polarized in the temporal component and associated with the torsion tensor
fractal) identical (replicants), symmetrical (rotational and torsional
symmetry), spatially in phase but temporally out of phase.

The transition point (PMaP: bifurcation) that marks the passage from the
ERRD regime to the QD dimension is reached when the temporal phase angle
that exists between the two tensorial fields that make up the tensorial
solitonic field undergoes a space-time traslation that desymmetrizes
(breakdown in the rotational symmetry group; the breakdown in the dipole
rotational symmetry as shown by the Goldstone theorem) the solitonic field
itself.


8.1 Transition from the ERRD regime to the QD regime (Quantum Dimension)

The transition from the ERRD regime to the QD regime (Quantum Dimension)
marks the passage from prochiral holo-fractal space-time to chiral holo-
fractal space-time (in the case of objects without mass the helicity
corresponds to the chirality) and is triggered by the opposition of the
ERRD to the perturbation produced by the desymmetrization (breakdown in the
gauge symmetry of the rotational group) of the tensorial solitonic field.
The consequence of this opposition (PMaP: bifurcation) is the reflection
(reflectance 1) of the perturbation and the constitution of the Quantum
Dimension and its event-horizon.

In the non-excited regime of the QD (N-EQD) the desymmetrization of the
tensorial solitonic field transforms the quasi-kinetic component of the
dipolar tensorial potential implicated in the hysteresis cycle of the ERRD
regime into kinetic potential. This kinetic potential generates local flows
of gyroscopic motion (complex helicoidal motion) accelerative/decelerative
in the form of chiral vortices (sinistrorsis and dextrorsis), quasi-quantum
objects (infraparticles) pseudo-scalar (which means they are not invariant
under parity transformations which invert the spatial directions,
distinguishing them from a true scalar, which is parity-invariant) whose
diffusive activity is translated into a chiral solitonic field
(sinistrorsal and dextrorsal helicity).

The auto-organization of the variations in the diffusive activity of chiral
vortices generates a spectrum of stationary oscillations (vibrations and
resonance gauge bosons) of the chiral solitonic field that interfere with
the state of space-time in-fusion giving rise to a radiative phenomenon
organized according to oscillations (vibrations and resonance) polarized in
the rotational tensorial fractal (associated with the spatial component of
space-time; positive values of the hysteresis cycle of the N-EQD) and
oscillations (vibrations and resonance) polarized in the tensorial torque
fractal (associated with the temporal component; negative values of the
hysteresis cycle) [4].

Due to a relativistic doppler effect on the event-horizon of the quantum
dimension the result of the establishment of this condition of interference
and the radiative phenomenon is an apparent state of dissociation of space-
time events.
The human observer (at least starting from Homo Sapiens Sapiens of
megalithic culture) perceives and represents this dissociative state in the
form of two separate dimensions, one spatial and one temporal.

Outside this particular mental representation the state of dissociation of
space-time events and the radiative phenomenon that contextualizes it is
presented as the state of explication of two correlated and coexistent
phases (entangled [5]) of the hysteresis cycle of the N-EQD:

- a phase that is predominantly spatial in-formed by events
organized according to pro-chiral vibrations and resonances
(gauge bosons, antisymmetrical quantum states) associated with
the rotational tensorial fractal ( space),


- a phase that is predominantly temporal in-formed by events
organized according to achiral vibrations and resonances (Nambu-
Goldstone bosons, symmetrical quantum states) associated with
the tensorial torque fractal ( time).

The auto-organization of the pro-chiral vibrations and resonances (gauge
bosons) correlated with the predominantly spatial phase (rotational
tensorial fractals) generates a field phenomenon without quiet mass but
endowed with energy and impulse known as quantum void or quantum field of
zero point or extended field (Quantum Field Theory, QFT ; Quantum
Electrodynamic Field Theory, QED).

The auto-organization of the achiral vibrations and resonances ( Nambu-
Goldstone bosons) correlated with the predominantly temporal phase
(tensorial torque fractals) generates a tensorial phenomenon without energy
and mass (excitations whose energy falls to zero in the long wavelength
limit) but endowed with impulse (spin waves in which the local tension
direction oscillates) also called torsion field.

The quantum field of zero point is assimilable to an extended system of
spatial and subliminal electromagnetic oscillations (called oscillations of
zero point because they are unable to excite the field) whose activity is
described by using a coefficient of proportionality known as quantum of
fundamental action (the Planck constant h, the smallest entity of
divisibility of energy in the unity of time), that relates the frequency
(v) of oscillation of the field with its capacity to generate interference
[Messori, 2011] i.e. with its energy (e), establishing that the value of
the capacity to generate interference or energy (e) of a quantum oscillator
is given by the product of its frequency (v) through the constant that
fixes the transition index (h=) from the implicated state
(relativistic) to the explicated state (quantum) of the capacity to
generate interference:

e = hv

The energy-capacity to generate interference of an oscillator is the
quantum interface that places the oscillator in a biunique relationship
with the relativistic dimension (ERRD) and with the H-MD.

This interfacing relationship:

i) is supported by the predominantly spatial massive component (gauge
bosons; particle objects and dynamics; electronic exchanges;
vectorial component of the electromagnetic wave; excitons),
ii) is mediated by the predominantly temporal quasi-massive component
(Nambu-Goldstone bosons; granular objects and dynamics; photon
exchanges; scalar component of the electromagnetic wave; solitons),


iii) is oriented by the syntropic activity of the SHA and integrated by
the mnesic engramming governed by the mnemotropic state of the QD.

In this interfacing relationship are defined:


i) the degree of freedom (information),
ii) the oscillatory configuration,
iii) the interference strategies the oscillator has to conform to in the
field interactions.

The field interactions are oscillatory perturbations of the quantum field
that propagate (transverse waves; the transverse component of the
electromagnetic wave) and spread (longitudinal waves; scalar component of
the electromagnetic wave) in the form of impulses (p = h/λ, the unitary
impulse p is given by the quantum of fundamental action h divided by the
wavelength λ of the perturbation that produces the impulse), marked by an
angular moment or spin or intrinsic rotational impulse (not associated with
any internal mass but with the intrinsic sinistrorsal matrix, spin up, or
dextrorsal matrix, spin down, of the perturbation).

In general, every object or phenomenon of the quantum field is assimilable
to a vibrational system (describable via a mathematical tool known as wave
function[6]) that vibrates with a certain frequential configuration, a
certain oscillatory or phase modality (rhythm of oscillation) and a certain
intensity, maintaining an uninterrupted local and non-local relationship of
interference with other vibrational systems.

The energy phenomenon and the correlated field phenomena represent only a
part of the QD events, in fact:
- the state of dissociation (due to the Doppler effect) of the
space-time events and the radiative phenomenon that
contextualizes it indicate the state of amplification of two
correlated and coexistent phases (entangled) of the hysteresis
cycle of the N-EQD, one phase that is predominantly spatial and
one phase that is predominantly temporal.


The energy phenomenon belongs to the territory of the predominantly spatial
phase but coexists with other phenomena that do not depend on the
predominantly spatial phase but belong to the territory of the
predominantly temporal phase.

The phenomenon known as entanglement, for example, is not an energy
phenomenon but belongs to the territory of the predominantly temporal
phase.

The mental phenomenon is not an energy phenomenon but belongs to the
territory of the predominantly temporal phase.

In Haramein-Rauscher U4 space-time topology entanglement and the mental
phenomenon are two phenomena associated wth the territory of the poloid,
while the energy phenomenon is associated wth the territory of the toroid.


8.2 Transition from the non-excited to the excited regime of the QD

However, one should not lose sight of the fact that the only
indispensable idea of supersymmetry is simply that of a symmetry between
fermions and bosons. Stephen P. Martin


The transition from the non-excited to the excited regime of the QD (EQD)
occurs under the effect of space-time torsional/tensorial flexions
associated with supraliminal oscillatory motions of energy and impulse that
transform the quantum field of zero point into a quasi-continuous (fractal)
and non-uniform distribution of monopolar/achiral gradients of non-
hertzian potential (bosons symmetrical wave function[7]; scalar component
of the electromagnetic wave) and a quantized and non-uniform distribution
of dipolar/chiral gradients of hertzian potential (fermions anti-
symmetrical wave function; vectorial component of the electromagnetic
wave).

In the EQD configuration the phenomena of interference between the
oscillatory modalities of the energy flows and impulse involved in the
perturbation/excitation of the quantum field give rise to phase couplings
(oscillatory resonance) able to trigger the phase transitions that lead to
structuring (domains of oscillatory coherence; QED) of the matter.
The final result is the diversification of the structuring of the
condensative processes supported by the EQD regime in four physical
varieties, the first belonging to the territory of the EQD and the other
three belonging to the territory of the Hyper and Middle Dimension:

- electrodynamic varieties (wave fields and matter fields; wave-
particle duality)
- thermodynamic varieties (gas, liquid, solid)
- chemical varieties (inorganic, organic)
- autopoietic varieties (biological)

Each of these condensative varieties derives from different correlations
among anti-symmetrical/chiral composite quantum states (fermions[8]) and
symmetrical/achiral composite quantum states (bosons) on the one hand, and
tensorial gradients on the other, and corresponds to a different coherent
oscillatory configuration (domains of oscillatory coherence) that oscillate
with a non-linear pattern to the rhythm impressed by a carrier frequency
modulation.

Each oscillatory configuration corresponds to a figure of polarized
interference in space (fermions gauge bosons rotational
fractals differentiated tensions) interfaced (entangled) with a tensorial
figure polarized in time (Nambu-Goldstone bosons chiral vortices torsional
fractals undifferentiated tensions), while the transitions between one
oscillatory configuration and another correspond to the suppression of
certain oscillatory modes or rhythms and certain tensorial gradients, which
go from being explicated to implicated, and to the amplification of other
oscillatory modes and tensorial gradients that go from being implicated to
become explicated (David Bohm).

The hysteresis cycles of the quantum field register the behaviour and space-
time evolution (quantum, relativistic, spin networks, space-time volumes,
tensorial gradients) of the energy-matter systems in the form of
inteference figures formed by interferent wave fronts within a certain
spectrum of oscillation frequencies.

The interference figures are memorized by the mnemotropic state of the EQD
that the SHA transfers onto the quantum event-horizon in the form of
holographic fractals of spin accessible to systems with an isomorphic
stereodynamic configuration with respect to the systems that have produced
the interference figures[9].

On the quantum event-horizon the fractalized wave fronts overlap in
multiple dimensions:

- the event-horizon functions as a holographic interface that
conserves and transmits information (degrees of freedom of the
systems in terms of phase couplings and/or tensorial couplings),
connecting systems of different dimensions (relativistic
quantum hyper and middle dimension) and different planes of
matter structuring to one another.
8.3 Transition from the EQD to the Hyper and Middle Dimensione (H-MD)

It is the twisted nature of cosmic symmetry-breaking, which makes the
combined action of the nuclear and electromagnetic forces capable of
forming around a hundred different types of stable nuclei, through the
mutual interaction of strong force attraction, electromagnetic repulsion
of the protons, mediated by weak force conversion to neutrons. Chris
King

The transition from the EQD to the H-MD occurs when the density of the anti-
symmetrical composite quantum states (fermions) and/or the turbulence of
the flows of symmetrical composite quantum systems (boson) exceeds a
certain threshold beyond which the field of matter (spatial fluctuations of
the quanta devoid of charge) and the wave field (temporal fluctuations of
the charged quanta) oscillate consistently at a common frequency. The
result of this phase-coupling between spatial fluctuations (fermions gauge
bosons rotational fractals differentiated tensions) and temporal
fluctuations (Nambu-Goldstone bosons chiral vortices torsional
fractals undifferentiated tensions) is a transition of superradiant phase
that freezes a quota of energy and impulse of the EQD state in the
distribution of composite systems that are stationary but not stable
(massive particle systems and massive atomic systems) that characterize the
Hyper-Middle Dimension regime.

Under the integrated action of the SHA and the configuration of
consciousness (state of mnemopoiesis) generated with the formation of the H-
MD event-horizon (EQD H-MD transition), the discreet (quantized) and anti-
symmetrical distribution of the quota of energy and the frozen impulse in
the H-MD evolves towards the constitution of domains of atomic-superatomic
stereodynamic coherence governed by correlative interactions between
electronic stereogenic processes (spatial distribution of the electro-
magnetic charges induced by the eliptical polarization, helicity, of the
electromagnetic fields and/or by the production of excitons), and photonic
stereogenic processes (scalar or torsional temporal distribution of the
phase relationships induced by the modulation of the reciprocal angle of
rotation/torsion impressed on the pair of waves, vectorial and scalar, that
make up the electromagnetic wave and/or on the pair of waves, replicants,
that make up the solitons).
In this way matter is organized in domains of coherence inside which there
is an electromagnetic field that is not irradiated, because, if it were, it
would lose energy, while this state is that of the least possible energy
(Principle of Minimum Perturbation).


9. Conclusions

Contrary to common sense, both lay and religious, and the expectations
which from several sides lie within the hypothesis of a universal
consciousness that justifies or attributes a goal and gives sense to the
becoming of the forms of the manifestation we are part of, the meaning
proposed in this investigation recognizes in human mnemopoiesis or
conditioned-consciousness a rigorously a-intentional character.

The auto-organization+attractors+mnemotropy triad does not allude to, nor
hide any project, but merely represents the fundamental relational module
upon which rests the well-known assumption, anticipated by Anassagora,
formulated by Lavoisier and consolidated by Einstein, according to which
nothing is created, nothing is destroyed but everything is transformed.

The non-linear dynamics that exist between the poietic function of auto-
organization, the syntropic function of the attractors and the mnemotropic
function of the homonymous configurations respond both to the how and the
why of transformations we are part of without glimpsing any serious
necessity, if not anthropocentric, of turning to intentionality, restoring
to the phenomenology of becoming the innocence of its a-intentionality.

The need to compensate for the sense of loss produced by the acquisition of
a distinct identity (an epochal psychological birth that marks the passage
from a pre-cultural-humanity, who survived without expectations for over a
million years through a visceral relationship of continuity with the World,
to a cultural humanity who for some tens of thousands of years has lived
entertaining a relationship of cultural contiguity with the World,
disseminated with expectations) [Messori, 2012] [15], projecting outside
itself, onto the World, the distinctive attributes of this identity, and
among these human consciousness, is a question that has nothing to do with
the laws of Nature, be they immanent or trascendent.

Outside of those we attribute it, Nature has no laws for itself!

When we investigate phenomenological reality and establish laws, these laws
do not regulate reality but our mapping of reality: The use of the concept
of "probability" in scientific analysis means exactly this: there are
limits to knowing the world which are inherent to the conscious subject,
and these limits introduce an inevitable dose of subjective uncertainty
even in "objective" descriptions of reality. Thus it becomes common
knowledge the fact that any scientific theory in the world is a description
of it tared by the uncertainty implicit in a measure of subjectivity, which
is as inevitable as it is consensual. Consequently, it is one thing to
recognize the objectivity of a theory, it is another to hold that a theory
describes the objective reality of the world[10].

What we should be pursuing in our relationship with the World is not our
approaching an alleged absolute Truth but our approaching a humanity able
to sublimate[11] the uncertainties that agitate it from within, by entering
a perspective oriented by the desire to operate so that the products of
thought and action might avert the affliction and suffering that derive
from human actions, when this is directed by stupidity and the desire for
power with which the course of history is lavishly paved.

Before belonging to a cultural-humanity that entertains a relationship of
contiguity with the World we belong to a pre-cultural-humanity that
entertains a relationship of continuity with the World.

Even before that we belong to a biological-humanity that does not entertain
any relationship with the World because the World is a mental construction
that we realize through the re-elaboration of the perceptive act. Our
biological-humanity IS the World.

And even before that we belong to a quantum/relativistic-humanity which
forms a background as much to the animal and human perceptive as to the
biological autopoietic process.

In any event, we deal and will continue to deal with a disoriented
humanity, that struggles to reconcile the necessity of recognizing its own
finiteness with the necessity of admitting the possibility of a mysterious
infiniteness, without projecting onto the World the phantasms that agitate
it from within, baptizing them one minute as Laws of Nature and the next as
Supernatural Laws.

The physical matrix of our Universe is intrinsically and irreducibly
dynamic (dynamis-IT), an efficient cause of a multi-dimensional network of
non-linear relationships of interference between states and transient
physical systems (possibly stationary but not stable) that come and go from
the constant re-distribution of non-linear relationships between monopolar
tensorial potential, dipolar tensorial potential, kinetic potential.

The H-MD plane is defined as the dimension of condensed matter (atomic and
supra-atomic organization of the fermionic quantum states) and can be
treated as a massive fractal oscillating system influenced by four orders
of phenomena:

i) tensorial phenomena,
ii) ondulatory and corpuscular subatomic phenomena,
iii) superatomic phenomena in a gassy-liquid-solid form ,
iv) autopoietic biological phenomena,

and by three types of correlative dynamics or couplings:

i) a coupling of a frequency (fermions) phase (boson) type between
the massive H-MD plane and the EQD particle-granular plane;
ii) a coupling of the phase (bosons) tension (tangent tensions) type
between the EQD plane and the reducible ERRD tensorial plane;
iii) a coupling of the tension (tangent tensions) tension
(differentiated tensorial fractals) type between the ERRD plane and
the irreducible EIRD tensorial plane.

In interacting directly or indirectly with each of the three embricated
physical planes (EQD-ERRD-EIRD) the H-MD plane manifests aspects of one and
the other including the one we nominate psychism, the para- and
metaphysical fabric of images, or stationary and unstable fractalized
patterns of qualia, which form a background to the dynamic of the
mnemotropic processes, and which, in relation to the various multiple
levels of confinement lead to the explication of specific, peculiar
mnemotropic systems.

In this interpretative perspective what we indicate as human consciousness
is defined thus:

human consciousness is that mnemopoietic neuro-psycho-logical system
stationary but not stable that emerges from a network of delocalized
correlations between multiple poietic-syntropic-mnemopropic systems
stationary but not stable.

When we refer to human consciousness we are referring to a para
(complementary) and meta (connecting) physical system whose physical nature
cannot ignore the fact that: Consciousness does not belong, so to speak, to
a group of neurons: it belongs to an organism, to a human being, to an
action that one is living (Francisco Varela).

Here then in the attempt to qualify the levels or degrees of suspension of
consciousness, relative, for example, to a state of suspension of
consciousness such as coma, what we can state is that these levels and
degrees are a function (i.e. they vary with the varying) of the level and
degree of compromise of the system of correlations and interactions between
the various poietic-syntropic-mnemotropic systems implicated in the
individual/environment relationship, first and foremost those associated
with the biological body and those associated with the Central Nervous
System, identifiable as determinants for the adaptive and over-adaptive
functionality of the state of consciousness or state of mnemopoiesis of the
human individual.
All other evaluations belong to the direction impressed on the
anthropopoietic process we are part of and which we would like our children
and our children's children to belong to.

We might come to think that man no longer loves his neighbour for "love
of Christ", but because he understands that humanity, and so he
himeself, could not survive if, in a group, one was not disposed to
sacrifice himself for another. This would be the way of moral autonomy,
of complete freedom, if man wanted, without external coercion, what he
must do, and this based on insight, without deceiving himself through
faith in religious symbols. (. . . . . ) I think faith should be
replaced by understanding, so as to conserve the beauty of the symbol
but at the same time be free from the negative consequence of
submissiveness to a belief. This would be psychoanalytical healing from
belief and unbelief. C. G. Jung


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-----------------------
* Corresponding author: Claudio Messori, Independent Researcher, Str.
Villaggio Prinzera 1, Fraz. Boschi di Bardone, Terenzo 43040, Italy. Phone:
+393282876077; e-mail: [email protected]

[1] In the internal representation of external reality developed by Indo-
Chinese thought and experienced in the meditative tradition, the centrality
of the T-PHL in the genesis of manifestation is expressed in many ways. One
of these is given by the symbol of the Tao, where the main loop consisting
of two symmetrical helixes (two equal spirals with opposite signs) folded
in on themselves, inseparable and of opposite signs (double helix/black &
white spiral) take turns to intersect in a delocalized point of decussation
that is highlighted by the pair small-yin (black spot in the white
helix/spiral) and small-yang (white spot in the black helix/spiral). In the
Tao Te Ching the T-PHL dynamic is formulated thus (Chap. XXV): Before the
formation of Sky and Earth there was something in a state of fusion.
Tranquil and immaterial, it exists alone and does not change (character);
it circulates everywhere without tiring. We can consider it as the Mother
of everything-under-Sky. I do not know its (true) name, but I have given it
the appellative "Way". Making a great effort to define it with a name, I
call it "great". "Great" means "proceeding"; "proceeding" means
"distancing"; "distancing" means "returning" (to the contrary). And again
(Chap. XL): The return is the movement of the Way.

Other examples of how the T-PHL is expressed are given by the cross-legged
lotus posture (the upended 8) assumed in many meditative practices, and the
Yogic representation of the three main nadis of the human body, Ida-Pingala-
Sushumna, where Ida and Pingala, the two helixes/spirals of the T-PHL
folded in on themselves, are wrapped around Sushumna, the event-horizon
[Fig. 10].
It must be noted that this same representation of the T-PHL is to be found,
for example, in the neolithic motif of the three spirals found at various
archaeological sites including Stonehenge, and in the hermetic spiral motif
of the Caduceus, the central symbol of the alchemical tradition.

[2] Assuming mass as energy compressed in the domain of space (where the
spatial component of space-time prevails over the temporal one without ever
annulling it), and considering energy not as the capacity to carry out work
but as the capacity to generate interference, the quantum role that comes
to occupy the image in relation to energy is the following: the image is
equivalent to energy compressed in the domain of time (where the temporal
component of space-time prevails over the spatial one without ever
annulling it). If we go beyond the quantum perspective and assume a
relativistic perspective, i.e. pre-energetic, then by image we mean the
retention of the indeterministic temporal component (correlative dynamics
between fractal interspace and intertime, the two irreducibly chaotic
components of space-time) engrammed by the explication of the capacity to
generate resonance of the undifferentiated tensorial fractals or qualia in
their excited state. This warp of stationary unstable fractalized patterns
of qualia is the territory (psychism) of the mnesic processes (mnemotropy)
that form a background to the genesis of the energy phenomenon. On the
quantum plane the image corresponds to energy compressed in the domain of
time (mass-free). On the relativistic plane this corresponds to retention
of the indeterministic temporal component engrammed by the explication of
the capacity to generate resonance of the undifferentiated tensorial
fractals or qualia in their excited state (mass- and energy free). In both
cases it is indicated as stationary unstable retention of the absent and
associated with image-making activity (Anton Maria Salvini, 1653-1729).
Image-making (eidolopoios or idolopeo, "producing spectres") operates and
proceeds by generating physical objects devoid of mass (quantum dimension)
or devoid of massand energy (relativistic dimension) ,what we call images.
On the irreducibile relativistic plane (IRD) image-making is a function
implicated in the capacity to generate coherent correlationships between
undifferentiated tensorial fractals or qualia which together with
differentiated tensorial fractals (tangent tensions) constitute the
fundamental space-time frame (EIRD). Its explication (excited regime of the
IRD) triggers the engramming of images (mass- and energy-free) in the form
of stat

!7@ABQRUionary unstable fractalized patterns of qualia. On the reducible
relativistic plane (RRD) image-making is a function implicated in the
capacity to generate coherent correlationships of spin (internal motion) in
its excited state (ERRD). Its explication (excited regime of the RRD)
triggers the engramming of images (mass- and energy-free) in the form of
stationary unstable fractalized patterns of spin. On the quantum plane (QD)
image-making is a function implicated in the capacity to generate
interference-resonance of the oscillations of zero point (EQD) whose field
dynamics lead to the structuring of matter in its solid/liquid/gas state.
Its explication (excited regime of the QD) triggers the engramming of
images (mass- and energy-free) in the form of stationary unstable
fractalized energy patterns compressed in the domain of time.

[3] In the memory process the mnesic traces (images) interact continuously
with the becoming of the hysteresis cycles. In other words memory is always
reconstructive and never purely recapitulative.
[4] A conceptual picture of the interpretation of Einstein's field
equations is that the presence of matter-energy curves space and time.
Torque is considered as a property of the stress-energy term, and the
Coriolis forces are derived as secondary properties resulting from the
torquing of matter-energy in space-time. Hence, resulting Coriolis effects
are IRDven by torquing on space-time and therefore space-time geometry is
modified.
[5] The interaction between quantum objects leads to non-local
correlationships that have no classic analogy. Entanglement is a measure of
the degree of non-local correlationship between quantum objects, i.e. to
what extent the overall system state is non-separable, i.e. not factorable
in states of individual objects.

[6] Quantum Field Theory does not explain the ontogenesis of the energy
phenomenon but does explain the structuring of matter in terms of
frequential relationships, where a correlative pattern corresponds to a
domain of oscillatory coherence. In quantum physics (Interpretation of
Copenhagen) the mathematical expression of the correlative pattern of an
object or a phenomenon (quantum) is derived from Schrödinger's equation and
is called wave function.
[7] Postulate of symmetrization: The observables of a system of identical n
particles are represented by auto-added operators invariant through any
permutation of the particles. The pure states of the system are represented
by Hilbert space vectors which are symmetrical (bosons) or anti-symmetrical
(fermions) due to the exchange of any pair of particles.

The states of a quantum system of n particles can therefore be either
symmetrical or anti-symmetrical due to the exchange or permutation of
interacting particles. This interaction is also called exchange force (or
Heisenberg-Majorana exchange force) and is attractive (plus sign) for
symmetrical states and repulsive (minus sign) for anti-symmetrical states.

[8] The particles described by symmetrical wave functions are known as
bosons and obey the statistics of Bose-Einstein. The particles described by
anti-symmetrical wave functions are known as fermions and obey the
statistics of Fermi-Dirac. Quantum-relativistic mechanics demonstrates that
the property of being described by symmetrical or anti-symmetrical wave
functions depends on the nature of the particles. In particular it is
unequivocally linked to their spin:
- particles with semi-whole spin are fermions (e.g. electrons, protons,
neutrons); all the elementary particles that make up matter are
fermions;
- particles with whole spin are bosons (e.g. photons).
-
All the elementary particles responsible for the forces that hold fermions
together are bosons.
Since the exchange of two identical particles is mathematically equivalent
to the rotation of each particle by 360°, the symmetrical nature of the
wave function depends on the spin of the particle after the rotation
operator has been applied to it. Particles with whole spin do not change
the sign of their wave function after a 360° rotation, as a result, the
wave function sign of the system as a whole does not change.

Particles with semi-whole spin do change the sign of their wave function
after a 360° rotation.
In accordance with the Pauli exclusion principle, two fermions cannot share
the same quantum state, while bosons can. This translates into a strong
resistance to fermion compression. This resistance creates the rigidity of
ordinary atomic matter.

[9] All information of human consciousness is carried, transformed and
transmitted as holographic spin-wave interference patterns (carried by
acoustic-like and/or phonon waves manifesting as oscillations) on the
surfaces of higher order hyperspace fields (event-horizon), which are non-
locally resonant with the intermediate EM field of the brain. The entire
universe, including all the visible and invisible structures within it, is
essentially a hologram. According to the fundamental laws of
electrodynamics, such information can be transmitted from one fractal-
involved field to the other by phase conjugate adaptive resonance.
[10] Mario Ludovico, Syntropy: definition and use, 2008:
http://www.syntropy.it/italiano/2008-it-1-2.pdf

[11] E.g. striving to elaborate behavioural strategies that can integrate
the unconscious psychic territory with the conscious psychic territory, the
power of summary with the power of analysis, our pre-cultural identity with
our cultural identity, our roots in the World with our roots in Society,
our solitude with our belonging, disenchantedly aware that (paraphrasing
Ennio Flaiano) the mother of cretins will always be pregnant.