Space-time

The basic characteristics of space-time as a requisite dualistic condition of creation has been explicated. It is emphasized that space and time represent a set of conjugate phenomena that are symbiotic in nature in a sense that one cannot exist without the other. Furthermore, it is elucidated that in reality space represents congealed time that otherwise progresses in free flow. Moreover, space and time may be considered as being the inverse of one another in the sense that the propensity of congealed time (space) diminishes the free-flowing nature of time. It is further proposed that consistent with the measure of space at a given point in the Cosmos, time should be quantified in terms of a vectorial, and not a mere scalar quantity, as is erroneously and commonly perceived. In fact, both the measures of space and time at any point within the Cosmos represent free vectors, which are mutually orthogonal to one another at the given point in the Cosmos. Furthermore, as time defines the very essence of spinning about the SOURCE, the vector of time is rotational in nature. In fact, space-time may be depicted as a curvilinear (spherical) layer with its surface being reminiscent of its space aspect and its curvature epitomizing its time feature. It is, thus, clear and reaffirms the fact that at any point within the Cosmos, the free vector of space (position vector), being tangent to the surface, is perpendicular to the vector of time that is directed along the radius of the said spheroidal surface. Furthermore, it is clarified that similar to the vector of position, time is directional in nature that may be either positive or negative. It can proceed along the radius of the spherical space-time layer either towards or away from the SOURCE.

The golden ring to which most physicists aspire is a unified field theory that incorporates all of modern and classical physics. Some scientists and others call this a TOE or ‘theory of everything’, but it is no more than false hubris to believe that humans could possibly know and explain everything about the universe at this time. Einstein chased this goal for the last three decades of his life, basing his theoretical research on his general theory of relativity. Meanwhile, the vast majority of scientists supporting the other major accomplishment of the Second Scientific Revolution were investing all of their time and efforts to advancing the quantum theory and their quest has been extremely successful. They originally had no interest in a unified field theory. After Einstein died in 1955, his efforts were all but abandoned because of his philosophical stance against the prevalent Copenhagen Interpretation of quantum theory even though he had been one of quantum theory’s founders. During the 1970s the tables started to turn and quantum theorists became interested in unifying physics, although not from the foundational principles of relativity theory. They claimed that quantum theory was more fundamental than relativity so they began the same quest from a totally different direction despite their claims to be continuing Einstein’s quest.  Throughout the development of the ensuing standard quantum model, superstring theory and many other theoretical schemes, quantum theorists have remained resolute in their conviction that the quantum and relativity are mutually incompatible so the quantum must completely do away with and replace relativity once and for all. However, the quantum theory and relativity are not actually incompatible and, in fact, say the some of the same things about the nature of physical reality. When the similarities are fully defined and studied and the basic assumptions behind each of the theories are altered to reflect the similarities instead of the incompatibilities, only then can the point of their compatibility be determined and act as a unifying principle resulting in a completed unified field theory of the type that Einstein once sought. The development of this physical model of reality is not without irony. Not only is the quantum theory incomplete as Einstein argued in EPR, but Einstein’s general relativity is also seriously incomplete and true unification cannot be rendered complete at any level of reality until all the theoretical models being unified are themselves complete.

In questa sede si vuole trattare i temi di incertezza e irrazionalità nel contesto economico attraverso un approccio comparativo della teoria economica ortodossa - basata sulle assunzioni neoclassiche di razionalità e conoscenza perfetta - e dei suoi riscontri empirici.
In particolare, si esamina come il mancato soddisfacimento delle ipotesi classiche comporti il verificarsi dei cosiddetti fallimenti di mercato, intesi come lo scostamento dal suo punto di equilibrio a cui la teoria ortodossa associa l’efficienza allocativa - un concetto da leggersi in chiave del paradigma di ottimo paretiano e di pareto-efficienza. Ciò significa che nel punto di equilibrio la combinazione dei fattori produttivi sarà tale che il risultato dell’attività economica sia quello massimizzante l’utilità di tutti gli operatori economici nei termini in cui essi non desidereranno più modificare le proprie scelte di consumo o di produzione, poiché qualsiasi modifica in tal senso non potrebbe apportare un maggiore beneficio a nessun operatore senza intaccare quella di un altro.
Si ricostruiranno i passaggi salienti della derivazione dell’equilibrio nel mercato attraverso una trattazione dei fondamentali meccanismi microeconomici partendo dal livello individuale fino a comporre i diversi livelli di aggregazione del sistema economico. A questo scopo, se ne studieranno le varie componenti e le loro interazioni in termini di teoria dei sistemi, evidenziando la complessità, il dinamismo e la variabilità del "sistema-mercato” e come il suo comportamento tenda a sfuggire a previsioni di tipo squisitamente deterministico.
Le osservazioni in merito saranno interpretate in termini di teoria dei giochi, a partire dalla sua formulazione tradizionale per arrivare ai suoi sviluppi successivi i cui risultati diventano funzionali a componenti motivazionali e psico-sociali, che esulano quelle classiche del comportamento ottimizzante della teoria ortodossa.
Tenendo conto dei limiti delle ipotesi classiche relative alla conoscenza e razionalità degli operatori economici, si cercherà di sviluppare un approccio alternativo di compromesso fra il determinismo scientifico della tradizione e il probabilismo verso cui si muovono i più recenti sviluppi sia delle scienze esatte che socio-economiche.
In dettaglio, si confronteranno li metodi di studio proposti dalla teoria delle comunicazioni, della meccanica quantistica e della cibernetica al problema della perdita o mancanza di informazione (i.e. entropia), che nella teoria economica “obbliga” gli individui a scendere a compromessi quasi sempre sub ottimali, cioè a comportamenti non ottimizzanti a causa della sostanziale situazione di incertezza, informazione imperfetta e razionalità limitata in cui essi operano.
La più recente formulazione del concetto di “spazio-tempo” fornite dalla meccanica quantistica, infine, sarà la chiave di lettura di un’analisi multidimensionale della teoria dei giochi comportamentale e del sistema economico coerente con il secondo principio della termodinamica, che in economia si traduce negli effetti delle lacune informative (o entropie) sui fallimenti o successi del mercato.

In this paper I will consider the issue of uncertainty in the economics comparing the dominant axiomatic economic theory with empirical evidence, i.e. deterministic and probabilistic approaches.
In particular,  I will examine how failing to satisfy the neoclassical assumptions of perfect knowledge and rationality on behalf of economic agents leads to the occurrence of inefficiencies called “market failures”, defined as deviations of the market from its equilibrium.
That of “efficiency” is a concept to be read in the key of the paradigm of  Pareto optimality and -efficiency: when the equilibrium is reached, the combination of productive factors should be such that the result of economic activity would maximize the utility of all and each economic operators under some constraints – hence of the collectivity too – in the terms in which they will no longer desire to adjust their choices of consumption/production, as any of such changes could not make any operator better off without making others worse off.
I will go through the main steps of the derivation of the equilibrium, starting from the basic microeconomic mechanisms of individual utility maximization towards their different levels of aggregation that build up the economic system.
To do so, I will review the various components of a theoretical economic system and the main interactions between them in terms of systems theory. Such approach is functional to highlighting the complexity, the dynamism and the variability of the system called “market” and how its behavior tends to escape from the purely deterministic predictions of orthodox economic theory. More in detail, I will discuss such behavior in terms of their interpretation given by either traditional games theory and its latest evolutionary approach, in order to give an overview on the motivational and psycho-social components that underlie and undermine the classic models of interaction.
Taking into account the limits of such pattern with reference to the classical assumptions of perfect knowledge and rationality, I will propose an alternative approach that attempts to compromise between the scientific determinism of the economic tradition and the relatively newly developed probabilistic approach. To do so, I will rely on the interpretative key offered by communications theory, quantum mechanics and cybernetics.
Finally, I will briefly discuss the issues of the loss or lack of information – better known by pure sciences as “entropy” – and its leading role in economics towards sub-optimal and/or inefficient equilibria, in contrast with the models nested on the assumption of the agents’ optimizing behavior propugnated by the mainstream economic theory.
Such deviations from the equilibrium models predictions appear to be enforced by the substantial uncertainty, imperfect information and bounded rationality underlying the functioning of any actual market.
Concluding, in this framework a crucial role is played by the agents perception and interpretation of what physics named as “time-space”. As a matter of fact such broader interpretation of “when and how” the market’s interactions take place is a key factor to be considered when making a multi-dimensional analysis of the market and its agent.
[English translation of the paper to be updated soon]

“The general theory of relativity is regarded as the greatest intellectual achievement of any one person,” (Glendenning 2007), and 2015 will be the centenary of its publication. In part 1 of this report we explored the origins of the special theory of relativity, and the science leading up to its publication in 1905. The origin of the general theory of relativity is quite a different story and so this paper is about its development and the main steps that Einstein took to bring it to fruition. The special theory of relativity, was concerned mainly with the behaviour of light, or objects moving at speeds comparable to light, in a non-inertial reference frame; namely, a frame of reference that has no acceleration and does not include gravity. In order to include gravity and acceleration in relativity, Einstein would have to rewrite the law of gravity and use complex mathematical geometry to do so.

An overview of the mechanics of MerKaBa with direct reference to the author’s space-time theory/model of nested spherical dimensions of cosmos is presented. It is emphasized that the spherical dimensional edifice of cosmos may be constructed as a result of spinning
of the energetic particles-antiparticles around the time axis (vector) while rotating the time vector within a transversal plane as to sweep the surface of a spherical domain that is referred to as a space-time dimension. It is further elaborated that a full set of dimensional space-times may thus be created discretely as the particles-antiparticles of energy sweep such dimensional domains through progressive extension-contraction of the time vector to create the overall edifice of the cosmos. Hence, the structure of cosmos thus created contains a series of 356 spherical surfaces of space with their own characteristic radii of curvature. In this respect, each discrete curvature epitomizes the rate of time progression within a particular dimension effectuated by the simultaneous speed of opposite spinning of the energetic particles of matter and antiparticles of antimatter that form the fabrics of a pair of mirrored space-times. Through sequential forward and backward spinning of the energetic particles of matter-antiparticles of antimatter, a scheme of particle pulsation is effectuated, giving rise to the fabric of the space-time torsionally vibrating about the SOURCE as a conjugate-mirrored pair.  It is further elucidated that the foundation of the mechanics of cosmos thus outlined may be utilized to construct a light travelling vehicle referred to as the MerKaBa with a resultant field being composed of two mutually orthogonal fields, one of magnetic and the other, of electric origin. This light vehicle is comprised of two interpenetrating counter-rotating tetrahedra, one facing up that is electric and is rotating clockwise that is referred to as the Male Principle, and one facing down that is of magnetic origin and rotating counterclockwise that is referred to as the Female Principle.  Apart from counter-spinning (one clockwise and other counterclockwise), the double tetrahedra assembly rotates about its axis (the time axis), thus giving rise to a myriad of resultant electromagnetic fields. Thus, essentially, three factors determine the operation of a MerKaBa Field: (1) the spinning speed of the double fins about its axis, (2) the directional spinning of the vehicle (clockwise-counterclockwise), and (3) the rotational angle of its spin axis. By adjusting these parameters (namely spin rate and rotational angle of its spin axis), respectively, time travel into other dimensions and teleportation within the confines of a particular dimension can be achieved. Thus, for example, in order to ascend to a higher dimension, the spin rate must be increased as to reach a certain critical value (the threshold frequency of a given dimension). This is the condition for time travel. In this respect, if the rotational angle of the MerKaBa axis is kept constant, one would end up within the same location, but at a higher dimension. In contrast, if the spin rate is kept constant, but the rotation angle of the spin axis is changed, teleportation within a particular dimension is achieved. And, in the event that both the spin rate and the rotational angle of the spin axis is changed, both time travel and teleportation is resulted.  In this respect, one would end up in a different location of space within a different space-time dimension. Finally, a brief discussion of a time cycle relevant to a full 3600 revolution of the spin axis with particular reference to (a) pre-requisite to time travel via subtending ± 900 angle of spin axis, resulting in getting out of the confines of a given space, and (b) the possibility of reverse spinning within certain time tracks or time continua, has been presented. It is concluded that reverse spinning must progress at a spin rate twice to that of the forward-moving time progression, and that the overall result of reverse spinning is that it must progress at half angle of forward time-moving rotational spin axis.

In this paper I challenge the obsession of many Anglophone human geographers with time-space and space-time. While acknowledging that spacing and timing are important dimensions of the unfolding of many events, I question the logic of positioning them as the primordial, foundational, a priori measures for thinking about events, position, extension and context, and I suggest that their prioritisation reflects the continuing power of space and time as concepts in both classical and modern science and significant strands of philosophy. The paper traces how space and time have increasingly been thought together by human geographers since the late 1960s, examining how discussions of time-space and space-time have underpinned the writings of thinkers such as Torsten Hägerstrand, Nigel Thrift, Anthony Giddens, David Harvey and Doreen Massey. The paper draws upon strands of processual, poststructuralist and post-phenomenological thinking in an attempt to map out a different way of thinking about the unfolding of events, in which spacing and timing should not be seen a priori to be any more important than other constitutive measures – e.g. movement, rhythm, force, energy, affect or sensation – in the unfolding and turbulence of the world. The paper then describes how certain practices like driving and dancing may be characterised by an apprehension and inhabitation of movement-space rather than space-time.

Psychedelics, time and space-time. Chaired symposium. Breaking Convention: Multidisciplinary Conference of Psychedelic Consciousness, University of Greenwich, London, 12th-14th July, 2013.

Videos:
https://vimeo.com/74727800
https://vimeo.com/74208458
https://vimeo.com/74727793
https://vimeo.com/74745234
https://vimeo.com/75392345

Chaired by Dr David Luke

9:30       Dr. David Luke- It’s a poor sort of memory that only works backwards: Psychedelic precognition
10:00 Dr. Cathy Montgomery - Time Flies When You’re Having Drugs: The Role of Emotion, Attention & Neurotransmitters in Human Timing
10:30 Dr. Matthew Watkins - Time & Number: A Psychedelically Informed Perspective
11:30 Dr. Serena Roney-Dougal - Altered States of Time: Faery and the Celtic Lunar Calendar
12:00 Prof. Bernard Carr - Making space for time and mind: A new psychophysical perspective
12:30 Panel Session Questions & Answers

An Overview of what has been referred to as "Seven Higher Heaven" in Metaphysics, and what The Book of Urantia refers to as "Superuniverses" has been explicated. It is elucidated that the first (outer) 84 dimensions of Cosmos provide the means for some form of physical embodiment (be it in the form of light) to take place. This realm may be divided into a conglomeration of 7 distinct domains each constituting a universal system comprised of 12 dimensions each of which has been dubbed as a "Superuniverse" or a "Higher Heaven." And, these realms of physicality constitute domains with increasing spectral density of constitution and diminishing extent of frequency of light of consciousness with loss of propinquity with respect to the central God-SOURCE. It is, once again, emphasized that a dimension epitomizes a space-time domain in which the concept of 'space' represents congealment of 'time,' which represents the conversion of Void into a realm that is characterized by a fabric of space-time and its distinguishing curvature, always occupying the same location, yet varying in dimension according to the extent of speed of progression of time (free spinning of the fundamental quantum particles) or 'frequency-light quotient' within its domain. It is further elucidated that the remaining inner portion of the 356 dimensions of Cosmos is comprised of energetic contours at which photonic beings can still anchor their consciousness, sequentially vibrating in time within contrasting conjugate-mirrored space-times.

Nearly three decades ago, a physical anomaly that should have shaken physics to its very foundations was observed: The galaxy rotation problem. The new concept of Cold Dark Matter was invoked to explain this anomaly. Alternative explanations such as Modified Newtonian Dynamics and models utilizing specific variations in Newton’s Universal Gravitational Constant have been proposed, but altering the basis of Newtonian physics by adding fudge factors to the laws of motion and/or gravity are aesthetically displeasing as well as completely unnecessary. The problem has been further complicated by the recent discovery of Dark Energy, which must be related to Dark Matter at some fundamental level. Both the Dark Matter halo that surrounds galaxies and the Dark Energy that seems to be propelling expansion in the universe at an increasing pace can be easily explained if scientists are willing to accept the physical reality of a fourth dimension of space, which amounts to a fifth dimension of space-time. Although space-like, this new dimension is uniquely different from the normal three dimensions of space. This solution may seem radical, but there is ample evidence in other areas of physics to support the existence of a fourth spatial dimension. What is commonly called Dark Matter is no more nor less than an extrinsic curvature of common space-time that is not directly associated with local matter, but is instead a local variation in the total or global curvature of the universe induced by nearby matter. 

Keywords: galactic rotation problem, halo, Dark Matter, CDM, HDM, Dark Energy, General Relativity, Kaluza, five-dimensional, fourth dimension, MOND, Modified Gravity, Randall-Sundrum, Branes, space-time, curvature

Contemporary geographical thought is constrained by a political economic imagination rooted in binarism, which is exemplified in debates surrounding neoliberalism. Neoliberal proponents call for decentralization and increased capital flows, while Marxists respond by pairing centralization with capitalism’s abrogation. The latter view considers hierarchy necessary, a position that promotes authority and regards horizontal politics as propitious to neoliberalism. Anarchism’s coupling of decentralization with anti-capitalism is dismissed because Marxism cannot accommodate the processuality of prefigurative politics. Marxism demands a revolution with a masterplan, considering horizontality a future objective. Such a temporality ignores the insurrectionary possibilities of the present and implies a politics of waiting. The spatial implications of centralized hierarchy are also questionable, employing a vertical ontology, wherein horizontal organization is deemed inappropriate when ‘jumping scales’. Yet scale represents both a theoretical dis-traction from grounded everyday particularities and a ‘master-signifier’ by providing a point de capiton, or anchoring point, that rests on the exclusion of unconsciousness–the knowledge that is not known¬. Thus the point de capiton is the (Archimedean) point at which an essentialist illusion of fixed meaning is created, as scale is unconscious of geography’s ‘hidden enfolded immensities’. The discourse of scale accordingly dismisses the openness of rhizomic politics by predetermining the political as an arborescent register. Yet the inevitable terra incognita that scalar hierarchies produce becomes a powerful resource for the oppressed, which is why anarchist direct action often proceeds outside of authority’s view. A flat ontology has significant resonance with anarchism, imparting that politics should operate horizontally rather than vertically. This ontological shift suggests that we need not wait for the emergence of a ‘greater’ class-consciousness, as one can immediately disengage capitalism by reorienting economic landscapes in alternative ways. Consequently, a human geography without hierarchy gains significant traction when we reject scale and embrace an anarchist flat ontology.

Contemporary geographical thought is constrained by a political economic imagination rooted in binarism, which is exemplified in debates surrounding neoliberalism. Neoliberal proponents call for decentralization and increased capital flows, while Marxists respond by pairing centralization with capitalism’s abrogation. The latter view considers hierarchy necessary, a position that promotes authority and regards horizontal politics as propitious to neoliberalism. Anarchism’s coupling of decentralization with anti-capitalism is dismissed because Marxism cannot accommodate the processuality of prefigurative politics. Marxism demands a revolution with a masterplan, considering horizontality a future objective. Such a temporality ignores the insurrectionary possibilities of the present and implies a politics of waiting. The spatial implications of centralized hierarchy are also questionable, employing a vertical ontology, wherein horizontal organization is deemed inappropriate when ‘jumping scales’. Yet scale represents both a theoretical dis-traction from grounded everyday particularities and a ‘master-signifier’ by providing a point de capiton, or anchoring point, that rests on the exclusion of unconsciousness–the knowledge that is not known¬. Thus the point de capiton is the (Archimedean) point at which an essentialist illusion of fixed meaning is created, as scale is unconscious of geography’s ‘hidden enfolded immensities’. The discourse of scale accordingly dismisses the openness of rhizomic politics by predetermining the political as an arborescent register. Yet the inevitable terra incognita that scalar hierarchies produce becomes a powerful resource for the oppressed, which is why anarchist direct action often proceeds outside of authority’s view. A flat ontology has significant resonance with anarchism, imparting that politics should operate horizontally rather than vertically. This ontological shift suggests that we need not wait for the emergence of a ‘greater’ class-consciousness, as one can immediately disengage capitalism by reorienting economic landscapes in alternative ways. Consequently, a human geography without hierarchy gains significant traction when we reject scale and embrace an anarchist flat ontology.

This paper explores the paranormal phenomena of ghosts, time slips, and other paranormal events. It will explain the end of reality point theory which explains such phenomena. A time slip is an event where a person or persons witnesses an event where they see or seem to travel back or forward into time, these time slips can mean alteration of the world around them as they see it. They can mean the seeing and disappearing of things from the past or things taken to be from the future. Ghosts are events where the apparition of a person who died: or possibly animal: appears or acts in such a manner as to lead people to believe that the dead being is still able to affect the area: this is known as a haunting. There are also other paranormal experiences where things taken to be alien to this world appear, monstrous in appearance and definitely non human. I will explore these events and the links between these types of happenings.

Regarding the foundations of matter as energy fields in a fractal gearing structure can redefine the foundations of quantum physics in a unique new way, while remaining consistent with modern probabilisitic theories.  Further, working experimental models of fractal gear arrays have created effects that cannot be explained with current theories, and they are described here in detail.  This theory is the only way to explain the experimental phenomenon, and it is an explanation to phenomenon which I have been able to create in the lab for the first time in physics history.  Fractal gear theory is a deterministic model of quantum fields that can be used simultaneously with the current standard model and they both can borrow concepts from each other without breaking the logical consistency.  An example is the double-slit experiment; fractal gear theory states that a harmonic field structure is created by the geometry of the matter (the slits) and the electron or photon rides on it in an oscillatory manner so it does not matter if one or many particles enter simultaneously through the slits.  Many of the modern theories provide quantitative answers to the questions that arise from this new deterministic unified field theory. A prime example is that strings from string theory can be understood as a line of contact thru time within a fractal gear field array.  Physicists today have obfuscated theories with statistical data , whereas most of the real advances in physics have arisen from thought experiments and theoretical and geometric analysis. This theory was devised with very little mathematics and a whole lot of 3D geometry and analysis with almost zero experimental data or references beyond the foundations of modern quantum physics.  It is a grass roots endeavor to start from scratch and rebuild quantum physics with a correct picture that almost any mechanically inclined person can understand; a picture that has eluded physicists for over 100 years.  I believe that if a picture is worth 1000 words, then a geometry is worth 1000 formulas, but geometry is much easier to work with.

Fractal gear fields are a quantum foam theory and provides means for transmitting information and by its explanation of emergent space time, it is directly implied that information is able to travel faster than the speed of light within a bound domain.  The speed of transmission dissipates at a rate proportional to the total energy within the domain.  Fractal gear theory is a geometrical foundation for a pilot-wave theory in the spirit of DeBroglie -Bohm theory.  Further, the 3D geometric form of fractal gear fields shows clearly that all bell inequality measurements using photon polarization is biased and in error, due to angular variations in density of the field structure.

The discussion of the Creation of Nebadon Universe and its universal structure is continued. It is explicated, herein, that clearly, with dissemination of the quanta of energy in the two conjugate-mirrored spaces or Worlds, that depending on their PERCIVED direction of spinning (seems opposite when observed from either side),

The focus of this research study is on black South African women’s experiences of being science students, becoming graduates and professionals, and the ways in which they navigate institutional and disciplinary spaces that have historically been dominated by white masculinities. Women scientists are living in a critical era as the socio-cultural and political-economic landscape is transforming rapidly, affecting changes in aspects of identity and processes of identification. The individual life histories of black South African women scientists provide a telling story of a society in transformation because they experience the world as an outlier group; paradoxically positioned within an interstitial space between their dual sense of belonging to and alienation from a marginal and an elite group. The racialised gender gap in STEM (Science, Technology, Engineering and Mathematics) disciplines raises critical concerns around the political nature of scientific enquiry and whether black women will achieve equity in society and economic empowerment if they continue to be marginalised from society’s power structures. Little is known about their journeys into becoming the new generation of scientists in post-apartheid South Africa. Using a narrative method to enquire into the lives of 14 young women, the aim of the study was to critically examine questions of discursive, material and symbolic elements that emerge within their narratives across temporal shifts, and how these new meanings reflect specific subjectivities, reconfigure their dynamic social identities and transform time into ‘other spaces’ of belonging beyond categories of social divisions.
I applied a structural analysis to the narrative form, an intersectional analysis of the narrative content in order to identify discursive themes, while a narrative analysis was applied to a portrait of one participant in order to depict the entanglement of form, content and context of a life narrative. Based on the findings, a visual representation of a ‘lived life’ in relation to a ‘told story’ (Wengraf, 2011) is proposed as a useful device to analyse the ways in which multiple, fragmented and contradictory selves are constructed through narrative. By utilising these visual diagrams as a heuristic device, I claim that there are particular features that complicate a person’s narrative identity, which I have organised into four patterns of storytelling, namely a ‘labyrinth storymaze’, a ‘simply- connected storymaze’, a ‘multiply-connected storymaze’ and a ‘weave storymaze’. It seems that failure is a defining feature that complicates, ruptures and convolutes people’s sense of their-selves through space-time.
This study presents a dialectical model for how black women scientists (co)construct them-selves as scientists through recognition from significant others, (de)construct them- selves as scientists through misrecognition and failure, and (re)construct other selves through homespaces, located at the intersection of (mis)recognition. Their (co)constructed internalised ideal of ‘academic talent’ is fraught with contradictions in the temporal flow of discursive themes in their life narratives, which account for how the intersections of ‘race’, class and gender locations coalesce into a “matrix of oppression” (Collins, 2002), positioning young black women as pawns in institutional and disciplinary spaces. The findings disentangle the mutually reinforcing relations between “epistemological access” (Morrow, 2007) and the dominant ideologies of whiteness and masculinity within STEM fields, which are in conflict with the participants’ backgrounds, thus contributing to their experiences of (c)overt discrimination, either through public humiliation, silencing of black women and/or the preferential treatment of white students from lecturers. The findings also indicate that these women resist systems of oppression through everyday homespaces in which they reconstruct new meanings and subjectivities through narrative art that connect them to other spaces and to new “imagined communities” (Anderson, 1991). The significance of this study lies in its contribution to understanding personal and social change, particularly for marginalised groups that come to occupy positions of power in both the production of knowledge and the functioning of society.

This article examines the process of constructing, repairing, and improvising “human–signal assemblages” by drawing on in-depth interviews and virtual ethnography regarding the engineering of Wi-Fi connectivity in Taipei, Taiwan. It is demonstrated that spatial, temporal, infrastructural, and embodied orchestrations of Wi-Fi signals both reinforce and challenge prescribed ways of conducting daily tasks. Continuity and change, enacted by attempts to incorporate Wi-Fi signals into daily urban life, are explored by discussing a wide range of practices performed by government entities, local companies and initiatives, and users themselves. Particular attention is paid to the ways in which machines, the city landscape, discourses, maps, and signs grow and multiply, as well as intersect and intervene with each other at various levels, locales, and stages of establishing Wi-Fi connections. The article thus argues for the importance of “machine juggling” as a skillful performance that mends, maintains, and improvises Wi-Fi-enabled urban everyday rhythms.

Modern physics is based on two paradigms that emerged from the Second Scientific Revolution - relativity and the quantum. Since their inception these two theoretical giants have advanced science and society far beyond anything that their originators could have even dreamed up, but in a sense they seem to be progressing in different directions and are regarded mutually incompatible. Yet they come to a point in history where the next step in their own advancement would be to unify into a single overwhelming physical paradigm. The concept of unification is well known in relativity theory with many attempts dating from just a few short years after Einstein first developed relativity. But the hyperspace unification that seems to have originated with Kaluza in 1921 and was modified by Klein a few years later has become the best known attempt. This book has two parts. The first, Hyperspace, deals with the original Kaluza theory in all of its aspects and incarnations up until the 1960s. After the 1960s the idea of unification was adopted by quantum theoreticians based on their belief that the quantum is more fundamental than relative space-time. However, since the 1980s Klein’s adaptation of Kaluza’s theory has been used to unify physics under the quantum banner as has the purely quantum theory Standard Model. Yet both of these quantum attempts have fundamental problems that can only be solved by returning to Kaluza’s original theory as modified by Einstein and Bergmann in the 1930s. So the second part of the book, Continuum, tells the rest of the story and offers a new theory, a five-dimensional single field theory, the merges the best of both paradigms together. By merging the two paradigms instead of replacing one by the other, single field theory preserves all of the many successes of both theories. This is the book that every physicist, physical scientist and non-professional science advocate should read and every theoretical physicist and physics students must read.

Consciousness is that omnipotent source of energy behind the Prime Creator, the progenitor of our consciousness and the chief architect of our programs of reality that affords our life experiences. And, the way that consciousness freely-flows in the cosmos is through the advent of time by which the light of consciousness is projected upon us. It is explicated that one can distinguish between two aspects of time: the 'primary' or 'non-local' time that is responsible for creating the myriad dimensions of consciousness. In this respect, there is a constancy to the primary aspect of time that pins us to anchor our consciousness within a congealed domain of light that we refer to as a space-time dimension. And, by virtue of the fact that time is synonymous with rotating or torsionally vibrating about a fixed point, the SOURCE of our consciousness, we constantly gravitate towards the SOURCE. Moreover, we are privy to surf the confines of this space-time dimension to which we have anchored our consciousness, a process that is referred to as 'teleportation.' We are also free to partake in vibrational conscious perturbation about such a mean position as our anchored space-time dimension by sequentially jumping into a myriad of parallel dimensions experiencing diverse sojourns of life through a process referred to as 'time travel,' which epitomizes a 'secondary' or 'local' aspect of time. It is explicated, herein, that although we experience myriad of lifetimes simultaneously by constantly and sequentially

Over its 4.6 billion year history, the time-dependent behavior of planet Earth, from the origin and emergence of life to the explosive globalization of human culture going on today, shows the progressive and accelerating production of increasingly more highly ordered dynamic states.  Recent advances in the study of spontaneous ordering provide both a minimal ontological framework required for causally addressing such systems, and the nomological basis for understanding the ubiquitous or universal generic nature of such ordering itself.  This paper briefly outlines the main points.

The intermediate stage of the development of general relativity is inseparable of Marcel Grossmann's mathematical assistance. Einstein acknowledges Grossmann's help during 1912-1914 to the development of general relativity. In fact, as with special relativity so was it with General relativity, Einstein received assistance only from his old friends, Marcel Grossmann and Michele Besso. However, he continued to consider Besso as his eternal "sounding board"…

We consider the Universe deep inside the cell of uniformity. At these scales, the Universe is filled with inhomogeneously distributed discrete structures (galaxies, groups and clusters of galaxies), which perturb the background Friedmann model. Here, the mechanical approach (Eingorn & Zhuk, 2012) is the most appropriate to describe the dynamics of the inhomogeneities which is defined, on the one hand, by gravitational potentials of inhomogeneities and, on the other hand, by the cosmological expansion of the Universe. In this paper, we present additional arguments in favor of this approach. First, we estimate the size of the cell of uniformity. With the help of the standard methods of statistical physics and for the galaxies of the type of the Milky Way and Andromeda, we get that it is of the order of 190 Mpc which is rather close to observations. Then, we show that the nonrelativistic approximation (with respect to the peculiar velocities) is valid for $z \lesssim 10$, i.e. approximately for 13 billion years from the present moment. We consider scalar perturbations and, within the $\Lambda$CDM model, justify the main equations. Moreover, we demonstrate that radiation can be naturally incorporated into our scheme. This emphasizes the viability of our approach. This approach gives a possibility to analyze different cosmological models and compare them with the observable Universe. For example, we indicate some problematic aspects of the spatially flat models. Such models require a rather specific distribution of the inhomogeneities to get a finite potential at any points outside gravitating masses. We also criticize the application of the Schwarzschild-de Sitter solution to the description of the motion of test bodies on the cosmological background.

Conventional accessibility measures based on the notion of locational proximity ignore the role of complex travel behavior and space-time constraints in determining individual accessibility. As these factors are especially significant in women’s everyday lives, all conventional accessibility measures suffer from an inherent “gender bias.” This study conceptualizes individual accessibility as space-time feasibility and provides formulations of accessibility measures based on the space-time prism construct. Using a subsample of European Americans from a travel diary data set collected in Franklin County, Ohio, space-time accessibility measures are implemented with a network-based GIS method. Results of the study indicate that women have lower levels of individual access to urban opportunities when compared to men, although there is no difference in the types of opportunities and areas they can reach given their space-time constraints. Further, individual accessibility has no relationship with the length of the commute trip, suggesting that the journey to work may not be an appropriate measure of job access.

A brief explanation of the development of the continuous concept of matter, as represented by the general theory of relativity and the unified field theory, is offered, as opposed to the discrete theory of matter represented by quantum mechanics which has been normally interpreted by the Copenhagen School. Throughout the modern development of these two concepts - the discrete and continuous aspects of nature - the thread of wave/particle duality is intimately woven. Yet they do not seem to be compatible. Wave/particle duality is a unifying concept while the debate over the discrete and continuous natures of matter is anything but unifying. In spite of the overwhelming presence of the discrete-continuity debate in physics, wave/particle duality remains important because the concept is an honest attempt to bring these two opposing views together as one universal concept. It seems strange that the physics community can allow this vast discrepancy in basic notions of nature to exist and persist, but it does so in spite of all attempts to describe nature within the context of either one or the other of these seemingly incompatible concepts. This paper was written well before the Standard Particle Model became the dominant theory of the quantum. Yet, paradoxically, parts of this argument have become ever more relevant because of the dominance of the Standard Model, which is supposedly a unifying theory, but seems to stress the differences between discrete and continuous rather than attempt to either unify them or demonstrate their physical compatibility in any manner.

Generalized Space Time Autoregressive (GSTAR) models are generalization of the Space Time Autoregressive (STAR) models which has the data characteristics of time series and location linkages (space-time). GSTAR is more flexible when faced with the locations that have heterogeneous characteristics. The purposes of this research are to get the best GSTAR model and the forecasting results of Consumer Price Index (CPI) data in Purwokerto, Solo, Semarang and Tegal. The best model obtained is GSTAR (1 1) I(1) using cross correlation normalization weight because it generated white noise and multivariate normal residuals with average value of MAPE 3,93% and RMSE 10,02. The best GSTAR model explained that CPI of Purwokerto is only affected by times before, it does not affect to other cities but can be affecting to other cities. Otherwise, CPI of Surakarta, Semarang and Tegal are affecting each others.

It is explicated that by virtue of the essential characteristic of creation that is based upon a dualistic or conjugate principle, a fundamental law, referred to as the 'Essential Law of Spatial Cohabitation,' must exist necessitating the existence of two simultaneous conjugate, yet contrasting, worlds that occupy the same space, yet run in opposite time directions. These two worlds epitomize the two contrasting worlds that we commonly refer to as the world of matter (physical) and antimatter (ethereal). And, while the two worlds occupy the exact same continuum of space that depicts the curvilinear surface of a sphere, one may be regarded as the 'outer' surface of the sphere, with the essential characteristic of rotating counterclockwise about the SOURCE and with the tendency of 'expanding away' from the SOURCE, while the other is analogous to the 'inner' surface of the sphere, simultaneously rotating clockwise in an antiphase manner, 'contracting towards' the SOURCE. Thus, if one were to imagine the 'neutral' surface of the sphere epitomizing a dimension (e.g. the 3 rd), the continuum 'above' the neutral surface depicting its 'outer' aspect represents one world, and the surface 'below' the aforementioned neutral surface, depicts the 'inner' aspect of the surface represents the other world. And, by the virtue of simultaneously running in opposite time directions (one counterclockwise and the other clockwise about the SOURCE), the two seemingly contrasting worlds represent distinct timelines that never meet one another. The idea of spatial cohabitation may be

A discussion of the mechanics of cosmos with direct reference to the first 12 dimensions of physicality pertinent to our Nebadon Universe, and in particular, to the particle-antiparticle mechanics of matter and antimatter has been presented. It is elucidated that everything in the physical universe manifests as a result of pulsation of particles of matter and antiparticles of antimatter and their relationship to one another. More specifically, everything is comprised of energy and energy manifests itself as either coherent, intelligible, God Particles of Consciousness (us), or as energetic particles of matter and antimatter within the universe. The author has explicated in the past that everything spins about a central SOURCE, the original progenitor of all consciousness and EVERYTHING ELSE THAT THERE IS, which gives rise to the illusion of time, space, and form (matter or antimatter). It is through the different pulsation (spin) rates of these particles of matter and antiparticles of antimatter as well as the variation in their spin axis (referred by the author as the 'Time Vector' or Axis) with respect to one another that the illusion of holographic space-time and form is created. In this respect, the spin about the SOURCE epitomizes time and its congealment represents space, also ultimately giving rise to the illusion of fabric of space-time (matter-antimatter). In this respect, strictly speaking, time is stationary (always the NOW) and does not move. Time exists as a

William Kingdon Clifford is famous for statements that he made in 1870 to the effect that matter is nothing but ripples, hills and bumps of space curved in a higher dimension and the motion of matter is nothing more than variations in that curvature. For having said this Clifford has been both hailed and condemned for having anticipated Einstein’s general theory of relativity. The standard view of historians, scholars and scientists is that his ideas were not tenable at the time, he never developed or wrote down his theory (if he ever had one), and he had no followers or students to carry on his work. Nothing is further from the truth on all three counts. Modern scholars have failed to recognize Clifford’s theory because they have only been looking for Einstein’s gravity theory in the 1870s, which is based on tensors, while tensor calculus was not developed until decades after Clifford’s untimely and
unfortunate early death from consumption in 1879. So they are wrong on both counts. Those scholars who have even bothered to look at the original literature on the subject have been unable to find Clifford’s published but incomplete theory because he was forced to develop his own mathematical system of biquaternions to model motion as it would appear in the higher-dimensional space. Nor was Clifford seeking a
new theory of gravity, but rather a more coherent and intuitive portrayal of his friend Maxwell’s new electromagnetic theory. However, Clifford believed that dynamical forces in three-dimensional space reduced to kinematical motions in four-dimensional space and therefore planned to include a new theory of gravity after he polished off electromagnetism. In other words, Clifford was trying to develop a unified field theory that would more consistently look like modern day unifications rather than just an earlier version of general relativity.

This article deals with the passage of German Jews to Palestine between 1933 and 1938 and concentrates on the ship passage itself. I focus on the stories, descriptions and reflections of the travelers that can be found in diaries, letters, travelogues, or even novels, which some of them wrote after the trip. On the ship these travelers found themselves torn between different spaces: Europe, Asia, and “the Orient” and also between different times: the Old Europe of the enlightenment of the individual and the New Jewish Homeland of the redemption of the Jewish collective. The overall topic that came to the fore in the reflections of the travelers is the search for the meaning of contemporary Jewish life as well as future prospects under worsening conditions not only in Germany but also in many other parts of Europe.

A summary account of creation of the cosmos and the nature of dimensional consciousness has been presented. It is explicated that consciousness is disseminated via light through the advent of space-time. In this respect, time epitomizes the free flowing nature of the light of consciousness, which in conformance with the requisite that EVERYTHING, must inevitably gravitate towards the central SOURCE-the incipient fountain for providing the light of consciousness-exemplifies the process of rotation about the SOURCE. Thus, time is most suitably depicted by a rotating bi-directional vector. Space, on the other hand, represents congealed time giving rise to a continuum that holds ALL that is created. And, due to the curved or circular nature of time, it is prudent to visualize space as a curvilinear continuum whose curvature epitomizes the extent of progression of time within such a medium. And, as clearly, space is co-dependent with time, with its propensity of occurrence (congealment) increasing with the diminishment of the (free flowing) time, it may be construed as being the inverse of time. Thus, the curvilinear domain can be collectively labelled as the 'space-time' or 'dimension,' at which a sentient being routinely anchors its consciousness. Furthermore, clearly, space is also a quantity that is of vectorial nature, suitable of being depicted by a vector that is tangent to the curvilinear surface of space-time at any point within a dimension of consciousness. Moreover, as the curvature of a space-time could be conceived as discretely varying as to define a set of cosmological space-time dimensions, clearly what distinguishes a

Technology is usually understood as a means to substitute the body or even to outperform it. Contrary to that, I propose that technology is not only an ersatz-body, but also functions as a substitute of communication. Within this framework even tools are described not only as a substitute of the body, but also as an institutionalized communicative symbol of how it ought to be used. Development of technology is understood in two ways: it is a way to substitute the body more and more and it is a way to automatize communicative forms of steering technology. This leads to a theory of a recursive development of technology, which displays important advantages compared to actor-network-theory and the theory of distributed agency. Both of them take into account the subjective aspect of embodied action, respectively the aspect of ersatz-body, but both fail to analyze the specifics of digital steering technologies, which function mainly as a substitute of communication. The theory of recursive development of technology has the advantage to take both aspects into account. It analyzes the subjective aspect of embodied action, including technology as ersatz-body, and it includes also the aspect of automatizing communicative forms of steering.

Space is so vast that reaching any star system from Earth will not be attainable in a reasonable amount of time. Even with unconventional continuous propulsion systems such as the Alcubierre Drive or EmDrive, the duration of deep space travel will be intolerable. This paper examines these drive systems, the nature of space-time post “Big Bang” which interferes with rapid transit between stars, then proposes a novel strategy using a natural but previously unknown property of the universe to move at faster-than-light velocities. Making formal contact with higher-dimensional beings would assist with this FTL gambit.

Dans un contexte caractérisé par la volonté d’accroître la responsabilisation individuelle des salariés dans l’acquisition et le maintien de leurs compétences professionnelles, l’utilisation du numérique apparaît aux yeux de certains décideurs comme une solution pertinente pour former leurs employés plus rapidement et en lien plus direct avec la stratégie des entreprises. Mais au-delà des principes séduisants, que montrent les expérimentations en cours ?
Pour apporter des éléments de réponse, nous nous appuyons dans cet article sur une enquête qualitative réalisée auprès des apprenants et des formateurs qui ont suivi — voire, pour certains, qui ont mis en place — une formation à distance entièrement numérisée (Corporate Open Online Courses ou COOC) au sein d’une grande entreprise. Nous pointons l’importance du taux d’abandon chez les apprenants, les difficultés des formateurs à exercer leur nouveau rôle d’animateur, et soulignons les discontinuités que la numérisation de la formation induit sur les espace-temps de travail et sur les interconnaissances professionnelles. Nous montrons également que ces discontinuités ont des effets différenciés sur les capacités d’apprentissage des salariés. Grâce à l’approche par les capacités d’Amartya Sen, nous interprétons ces constats en termes de facteurs de conversion (environnementaux, sociaux, individuels). Nous soutenons que c’est l’absence de ces trois catégories de facteurs qui explique, pour les apprenants et pour les formateurs, les discontinuités rencontrées et les inégalités dans la maîtrise des nouveaux dispositifs de formation. Enfin, nous esquissons des pistes pour repenser la numérisation de la formation continue, afin de réduire les risques d’inégalités sociales cristallisées autour de ce type de dispositifs technico-pédagogiques.

Mots clés : numérique, formation, COOC, environnement capacitant, espace, temps, interconnaissance, discontinuité

Digitalized vocational training facing its discontinuities

In a context characterized by the desire to increase the individual responsibility of employees in the acquisition and maintenance of their professional skills, the use of digital devices appears to some decision-makers as a relevant solution to train their employees more quickly and in a more direct link with business strategy. But beyond these attractive principles, what do the current experiments show?
To provide some answers, in this article, we rely on a qualitative survey of learners and trainers who have followed - or, for some, implemented - fully digitized distance learning (Corporate Online Open Courses), within a big company. After having indicated the importance of the dropout rate among learners and the difficulties of trainers in exercising their new role of facilitator, we highlight the discontinuities that the digitalization of training induces in terms of working time-space and professional interknowledge networks. We also show that these discontinuities have differentiated effects on the learning abilities of employees. Based on Amartya Sen's capacity approach, we interpret these findings in terms of conversion factors (environmental, social, individual). This allows us to argue that it is the absence of these three categories of factors which explains, for both learners and trainers, the discontinuities encountered and the inequalities in the mastery of the new training devices. Finally, the same framework of analysis allows us to sketch out ways to rethink the digitalization of professional training in order to reduce the risks of social inequalities crystallized around this type of technical-educational devices.

Key words: digital, training, vocational training, COOC, enabling environment, time-space, interknowledge, discontinuity

We investigate a point-like massive source in non-linear f(R) theories in the case of arbitrary number of spatial dimensions D\geq 3. If D>3 then extra dimensions undergo toroidal compactification. We consider a weak-field approximation with Minkowski and de Sitter background solutions. In both these cases point-like massive sources demonstrate good agreement with experimental data only in the case of ordinary three-dimensional (D=3) space. We generalize this result to the case of perfect fluid with dust-like equations of state in the external and internal spaces. This perfect fluid is uniformly smeared over all extra dimensions and enclosed in a three-dimensional sphere. In ordinary three dimensional (D=3) space, our formulas are useful for experimental constraints on parameters of f(R) models.

In L’Art et le temps: Regards sur la quatrième dimension, 195-205. 
Exhibition catalog, Palais des Beaux-Arts, Brussels, 22 November 1984-20 January 1985.
Also published in German in Zeit: Die vierte Dimension in der Kunst, 195-205.  Exhibition catalog, Kunsthalle, Mannheim, 11 July-1 September 1985; Museum Moderner Kunst and Museum des 20 Jahrhunderts, Vienna, 20 September-17 November 1985

Este texto estudia las nuevas ideas de la física representadas en el arte.
Einstein revolucionó las ciencias a principios del siglo XX;  y hoy sus ideas sobre el espacio-tiempo se han asentado y confirmado en el día a día.

Las relaciones entre el entorno urbano y global con sus habitantes responden a esas nuevas formas de entender el espacio-tiempo.

El estado natural de todo cuerpo es el movimiento y en el espacio-tiempo curvo en el que nos encontramos no pueden separarse el marco de las figuras. Para esas ideas la fotografía artística contemporánea propone novedosas maneras de dibujar la imagen fotográfica: fórmulas alejadas de la óptica cónica, el ojo único, la vista completa enfocada… sin dejar de responder a la figuración y la toma directa. Fórmulas que representan las relaciones y sensaciones de los habitantes del entorno actual.



Abstract:

This essay reflects on the new ideas of physics that are represented in art.

Einstein shook up Science in the early Twentieth century; nowadays, his ideas about space-time have settled and are confirmed on a daily basis.

The relationship between the urban setting and its inhabitants respond to those new forms of understanding space-time.

The natural condition of all bodies is that of movement, and in the curved space-time we live in it is not possible to separate the frame from the figures.

In relation to those ideas, contemporary artistic photography proposes new ways of depicting a photographic image: methods that are far apart from a conic projection from camera lens, the singular point of view, everything under focus… without moving away from the figurative image and the direct shoot. These formulas represent relations and perceptions of the inhabitants of our present environment.

Palabras clave:

It is emphasized that the concept of space existing as a single independent manifestation is illusory as space, essentially, represents the congealment of time. And, time is the very phenomenon by which consciousness as well as creation itself comes to play. And, what determines the advent of a dimension of consciousness is the conglomerate or the integral existence of time and space working hand in hand. In this respect, it is reiterated that many myriads of space continuums can coexist, and in fact, stack upon one another to form the distinct dimensions of consciousness. These dimensions can simply occupy the same space, yet run in opposite timelines, a phenomenon that is articulated by the author in the form of statement of a cosmological law that is referred to as the 'Essential Law of Spatial Cohabitation.' Furthermore, time is a quantity that can be expressed in terms of a bi-directional vector, simultaneously running in both positive and negative directions. And, since time is intimately associated with revolving about an initially SINGULAR SOURCE of consciousness that implodes-explodes upon itself in order to form companion consciousness generating co-creators, in essence, it can proceed in both clockwise and counterclockwise manner about the SOURCE. Thus, this gives rise to simultaneous formation of two opposing, 'conjugate,' or 'mirrored' worlds (space-time dimensions) that occupy the same space,

In this paper it will be proved conclusively that aside, from issues with meeting energy requirements demanded by Einstein's General Relativity and other issues to create a time machine using rotating ring lasers (topics already covered by Olum, Everett, Gott, et al) there are key and critical issues that will cause the failure of Ronald L. Mallett's time machine design, both in function and expectation of the effect, that it would cause in spacetime. These issues are part and parcel of Mallett's approach to time travel philosophically and thus not only dispel any notion of his design ever working, but also any notion that Ronald Mallett has anything more, than the most pedestrian conceptual understanding, to ever create a working time machine. With such respect, it is not possible, if left to his own devices, that Ronald Mallett will ever make a functioning time machine of any kind or description. Furthermore, the author knows and has discussed a number of related issues with Ronald Mallett, so this paper is not produced from a detached place of observation but with intimate knowledge of the subjects at hand.

During the complete oxidation of fatty acids, the electrons removed from fatty acids in different forms (FADH2 and
NADH2) pass through the respiratory chain, driving the ATP synthesis. Generally, the ATP yield due to the complete
oxidation of fatty acids is calculated by sum total the ATPs obtained due to the oxidation of FADH2 and NADH2 due to lack
of any particular method. This calculation is simple for saturated even numbered fatty acids, but in the case of saturated and
unsaturated odd numbered fatty acids the calculation of ATP yield is difficult and needs mathematical calculations due to
some changes in their β-oxidation pathway when compared to the pathway of saturated even numbered fatty acids. These
calculations are made simple by our derivations and following formulae where we require only number of carbon atoms and
double bonds present in a fatty acid. Our method is superior and easier in comparison to long mathematical calculations that
are in the practice.
TSE = 

 , TSO = 

 , TUE = 


 , TUO = C
D

An account of different laws pertaining to the operation of the cosmos has been explicated. These include the ESSENTIAL LAW OF SPATIAL COHABITATION as well as the COSMOLOGICAL LAW OF ENTANGLEMENT OF THE CONJUGATE OR MIRRORED DIMENSIONAL SPACE-TIME that elaborate upon the fact that there must exist antiparallel worlds being 180 0 antiphase with one another in terms of their running timelines within the cosmos, with one torsionally vibrating about the SOURCE in one direction while the other simultaneously vibrating about the SOURCE in the opposite direction. Furthermore, the fabric of space-time of these dimensions are always quantumly entangled with one another, culminating in the overall balance, longevity, and stability that may be attributed to the support that the SOURCE provides. Furthermore, a brief description of various other cosmological laws such as the LAW OF