Entire Universe Research Articles

Relationally Enhancing Teacher Education in Early Childhood Learning Environments towards Sustainability

Teacher education in early childhood learning environments (ECLE) is a generally neglected space in teaching and learning, more so when the focus is on relationality and sustainability. ECLE refers to the Care and Education of children between 2-4 years of age. The focus of this paper is on ECLE from a post-humanist perspective, which goes in tandem with UNESCO’s 17 Sustainable Development Goals. Emphasis is on inclusive economic development through environmentally sustainable social inclusion for all. Relationality has been chosen because of its power to advance the deconstruction of the hitherto taken for granted canons of humanism and enlightenment that promote hierarchies in knowledge and its production. These hierarchies disregard the voices of the vulnerable and the excluded, in terms of social class and other markers like age, but most importantly their erroneously assumed lack of knowledge. To date, the voices of the aspirant teachers in ECLE, as well as those of the children and parents, are non-existent when teacher education programmes are designed and implemented. This paper reveals that including the voices of these beneficiary communities enhances the quality of the discourse, theorisation and praxis in the provision of ECLE, as well as in the crafting of relevant teacher education programmes. Thus, the design and delivery of a programme is better based on the relationalities among humans, animals and plants; and between them and inanimate entities like infrastructure and resources. The relationality among all of these in the crafting of the beyond human is enhanced using advanced digital technologies. A relational approach recognises our entanglement with our entire universe in a manner that does not centre on identity. Quality therefore is about the ever-increasing complexity of diffractions of multi-layered and multi-perspective engagements across borders.

Cause and Effect: A Study on the Concept of Karma in the Buddhist Tradition

The most fundamental aspect of the Buddhist tradition is the concept of Karma. Karma is the basis of Buddhist ethics and principles that maintain that the entire universe is bound to a similar law. Our actions will decide what will happen to us, for we caused it. The current state of our existence is with our past Karma, and the present action will determine our future condition of existence. Karma is a special instance of cause and effect, according to which all our actions of body, speech, and mind are causes and all our experiences are their effects. The Law of Karma explains why each individual has a unique mental disposition, a unique physical appearance, and unique experiences. These are the various effects of the countless actions that each individual has performed in the past. We cannot find any two people who have created the same history of actions throughout their past lives. So we cannot find two people with identical states of mind, identical experiences, and identical physical appearances. Therefore, each person has different individual Karma, and each individual has to face the action of one's own Karma. Thus, the significance of this study is to determine the true concept of karma and its implication beyond our life in the Buddhist tradition.

The future of intelligence in the Universe: a call for humility

AbstractRecent astrophysical findings suggest that the era during which the Universe is habitable has just begun. This raises the question whether the entire Universe may at some point in the future be filled with intelligent life. Hanson et al. (2021, The Astrophysical Journal922, 182) argued that we can be confident that the Universe will, by cosmic standards, soon be dominated by imperialist civilizations which expand rapidly, persist long and make drastic changes to the volumes they control. The main motivation for this ‘grabby civilizations’ hypothesis is that it supposedly provides a good explanation of why we are so early in cosmic history. In this paper, we criticize this motivation and suggest that it fails, for reasons analogous to why the notorious Doomsday argument fails. In the last part of the paper we broaden our discussion and argue that it may be rational to assign a rather low prior probability to the grabby civilizations hypothesis. For instance, if there are any civilizations that expand rapidly and indefinitely, they may well not make any drastic changes to the volumes they inhabit, potentially for strategic reasons. Hence, we call for epistemic caution and humility regarding the question of the long-term evolution of intelligence in the Universe.

The Emergent Entangled Informational Universe

The dream of capturing the workings of the entire universe in a single equation or a simple set of equations is still pursued. A set of five new equivalent formulations of entropy based on the introduction of the mass of the information bit in Louis de Broglie's hidden thermodynamics and on the physicality of information, is proposed, within the framework of the emergent entangled informational universe model, which is based on the principle of strong emergence, the mass-energy-information equivalence principle and the Landauer’s principle. This model can explain various process as informational quantum processes such energy, dark matter, dark energy, cosmological constant and vacuum energy. The dark energy is explained as a collective potential of all particles with their individual zero-point energy emerging from an informational field, distinct from the usual fields of matter of quantum field theory, associated with dark matter as having a finite and quantifiable mass; while resolving the black hole information paradox by calculating the entropy of the entangled Hawking radiation, and shedding light on gravitational fine-grained entropy of black holes. This model explains the collapse of the wave function by the fact that a measure informs the measurer about the system to be measured and, this model is able to invalidate the many worlds interpretation of quantum mechanics and the simulation hypothesis.

Cost Effective Weather Monitoring Station

The system suggested in this study is a cutting-edge approach for tracking meteorological conditions in a specific location and making the data available elsewhere in the globe. The Internet of Items (IoT) is the technology underlying this, and it is a sophisticated and efficient method for connecting things to the internet and linking the entire universe of things in a network. Electronic devices, sensors, and vehicle electronic equipment might all be found here. The system uses sensors to monitor and regulate ambient factors such as temperature and relative humidity, and then sends the data to a web page, where it is plotted as graphical statistics. The data updated by the established system may be accessed over the internet from any location on the planet.

Benatar and Metz on Cosmic Meaning and Anti-natalism

AbstractDavid Benatar argues that one important consideration in favour of anti-natalism is based on the fact that all humans lack cosmic meaning; we will never transcend space and time such that we will have an impact on the entire universe, forever. Instead of denying Benatar’s claim that we lack cosmic meaning, Thaddeus Metz recently argues that our lack of cosmic meaning is not that significant because we ought not to regret lacking a good that we could not have in the first place. He explains the principle behind this idea in modal terms: “the closer the world in which one could access a benefit, the more reasonable are attitudes such as sadness, disappointment, regret when does not acquire it.” I argue that this principle faces a serious counterexample in the form of death. The possible worlds in which one doesn’t die are incredibly distant. Yet, it is appropriate to express deep sadness, disappointment, and regret at the fact that one must inevitably face death. Metz is wrong that we shouldn’t regret lacking a good unavailable to us in the first place. His criticism of Benatar therefore fails. While it might be objected that immortality is not good, my basic point still stands when considering the fact that our lives are not significantly longer. Benatar’s claims about the significance of our lack of cosmic meaning might not be true, but not for the reasons suggested by Metz.

Strategi Pengelolaan Siaran Radio di Era Perkembangan Teknologi Internet

Communication Technology Advancement requires broadcast radio management to have a strategy that is able to cope with intense competition in the middle of the computer era. The presence of radio broadcasts through internet-based on-line to stimulate conventional broadcast radio had to pack to spur meet the needs of listeners. Strategies undertaken in the radio broadcasts follow the trend of technology through radio broadcasts done by conducting research to meet the needs of listeners as a basis for planning the broadcasting format, scheduling programs based segment and timeliness in order to fulfill the needs of listeners. Radio broadcasts via on line to form a new broadcast of programs with the intention to expand the global reach of the listener as konskwensi of radio broadcasting in the era of technology. Broadcast radio capability on line is able to explore the entire universe globally, then the management of broadcast radio still sought listeners if they can overcome technological determination. Broadcast radio manage- ment strategy will continue to evolve in line with advances in technology. Whatever the technological advances of communication occurs when a radio broadcast is properly managed then the radio broadcast at any time until the listener will never be abandoned.
 Keywords: Management, Radio broadcasts, Internet-based, Listener

The Applications of the Quantum Computer and the Exascale Computer [Commentary] [Commentary

Supercomputers are making rapid progress. For the world's fastest supercomputer “Frontier,” the computing speed has reached 10 trillion floating-point instruction cycles per second (10 <sup xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">18</sup> , exaFLOPS), making many existing complex problems, including weather forecasting and disaster prevention, more accurate than ever. However, the calculation of real systems with a large number of electrons is still difficult. Exascale computers can simulate some systems with dual quantum states, but in the case of <italic xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">n</i> dual quantum states, the exponential growth of 2 <sup xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">n</sup> makes the calculation to simulate real system impossible. If we want to understand the dynamic quantum state evolution of a real matter, it is even more difficult to track the dynamics of “every possible” configuration of a huge number of 2 <sup xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">n</sup> quantum states. If n is 20, it will take about 128 KB of memory to store with the current computer's memory, which can be done by ordinary computers. When there are hundreds of electrons, the memory required to store this system exceeds the number of particles in the entire universe. Unfortunately, almost all materials and drugs have at least hundreds of electrons, which means that direct use of Exascale computers to develop and design any new drugs and materials also becomes impossible. At the same time, after the popularization of artificial intelligence and deep learning, it is also found that the computing power, bandwidth, and memory space of classical computers are not enough, while quantum computing has at least the following three advantages and has the opportunity to provide solutions for complex systems.

The Representation of Ritual (Im)Purity Through Meteorological Metaphors in Folkloric Language

"The Representation of Ritual (Im)Purity through Meteorological Metaphors in Folkloric Language. For the mythical-magical thinking of archaic and traditional communities, ritualistic purity represents a fundamental dimension of the entire universe, most often linguistically expressed through a reference to its antinomian pair, with the help of the clean-unclean opposition. According to the degree of contamination with various impure things, such as the multitude of good and evil spirits that populated the world, both space and time were qualitatively differentiated in good places and bad places, good hours and evil hours. People themselves had, in turn, to fulfil this condition of ritual purity, before beginning an important activity. If they were not pure from this point of view, they would be unsuccessful whether it was about working in the fields, going to church, or travelling somewhere. However, these metaphors from folkloric language, long discussed in Romanian ethnological literature, will be invoked only as points of reference in our study, since we intend to closely analyse here some of the least investigated meteorological metaphors, such as morning dew, mist, clouds and rainbow. We consider that they too deserve close attention, considering that a person, as a passing being, is represented in many folkloric creations as a forever wanderer, who begins their path With morning dew on your feet/With mist on your back. Starting from the image of the bathed person and, thus, purified by the morning dew, but burdened by the thick, impure mist that they symbolically carry on their back, we will attempt to remake the imaginary scheme that connects the pure and the impure in the archaic mentality, a scheme organised not after the principle of antithesis, but of the ambivalence specific to symbolic logic. Keywords: pure, impure, morning dew, mist, cloud, hail, dragon, silver, rain, rainbow "

Бытие и сущее как целое в интерпретациях поэмы Парменида

The article discusses two main existing options for interpreting the concept of being in Parmenides’ poem. The first option is more traditional: quantitative monism, where existence is the only form of being. The second option is more modern: the predicative monism, where there are many types of being, but each of them is strictly defined by its essence. Both options are illustrated by the example of modern works by M.N. Wol’f, as well as in the example of a new translation by E.V. Afonasin. The close connection of the two variants is shown, almost inextricable, judging by the text of the poem, which allows for various translations. The article discusses the fundamental options for reading the ‘οὖλον’ (dense / whole), ‘µουνογενές’ (only-begotten / homogeneous) and the number of possible commas in the fragment ‘ὁµοῦ πᾶν ἕν συνεχές’, which affects the result of counting the types of being. Based on the work of I.V. Berestov, the article shows that both interpretations have a common basis in the form of the concept of the whole. The whole can be considered both as one, which corresponds to quantitative monism, and as an absolute whole, having many parts, each of which is a separate relative whole: the being, which corresponds to predicative monism. This common ground allows us to consider both interpretations of Parmenides’ concept of being together. The author insists on just such an examination of the poem in order to come to a more definite conclusion about the nature of being. There is no contradictory opposition between these options, which would lead to a contradiction when they are considered together. It is noted that the whole is the one and at the same time indivisible, which does not negate the mandatory presence of its parts, which are separated from each other. Thanks to the concept of the whole, one can see the mutual interweaving of predicative (essential) monism, quantitative (existential) monism, and even, if desired, holistic (substantial) monism. Holistic monism assumes the whole as the only substance underlying the entire universe.

Mock data study for next-generation ground-based detectors: The performance loss of matched filtering due to correlated confusion noise

The next-generation (3G/XG) ground-based gravitational-wave (GW) detectors such as Einstein Telescope (ET) and Cosmic Explorer (CE) will begin observing in the next decade. Due to the extremely high sensitivity of these detectors, the majority of stellar-mass compact-binary mergers in the entire Universe will be observed. It is also expected that 3G detectors will have significant sensitivity down to 2-7 Hz; the observed duration of binary neutron star signals could increase to several hours or days. The abundance and duration of signals will cause them to overlap in time, which may form a confusion noise that could affect the detection of individual GW sources when using naive matched filtering; matched filtering is only optimal for stationary Gaussian noise. We create mock data for CE and ET using the latest population models informed by the GWTC-3 catalog and investigate the performance loss of matched filtering due to overlapping signals. We find the performance loss mainly comes from a deviation in the noise's measured amplitude spectral density. The redshift reach of CE (ET) can be reduced by 15%-38% (8%-21%) depending on the merger rate estimate. The direct contribution of confusion noise to the total signal-to-noise ratio (SNR) is generally negligible compared to the contribution from instrumental noise. We also find that correlated confusion noise has a negligible effect on the quadrature summation rule of network SNR for ET, but might reduce the network SNR of high detector-frame mass signals for detector networks including CE if no mitigation is applied. For ET, the null stream can mitigate the astrophysical foreground. For CE, we demonstrate that a computationally efficient, straightforward single-detector signal subtraction method suppresses the total noise to almost the instrument noise level; this will allow for near-optimal searches.

Disordered Heterogeneous Universe: Galaxy Distribution and Clustering across Length Scales

The studies of disordered heterogeneous media and galaxy cosmology share a common goal: analyzing the disordered distribution of particles and/or building blocks at microscales to predict physical properties of the medium at macroscales, whether it be a liquid, colloidal suspension, composite material, galaxy cluster, or entire Universe. The theory of disordered heterogeneous media provides an array of theoretical and computational techniques to characterize a wide class of complex material microstructures. In this work, we apply them to describe the disordered distributions of galaxies obtained from recent suites of dark matter simulations. We focus on the determination of lower-order correlation functions, void and particle nearest-neighbor functions, certain cluster statistics, pair-connectedness functions, percolation properties, and a scalar order metric to quantify the degree of order. Compared to analogous homogeneous Poisson and typical disordered systems, the cosmological simulations exhibit enhanced large-scale clustering and longer tails in the void and particle nearest-neighbor functions, due to the presence of quasi-long-range correlations imprinted by early Universe physics, with a minimum particle separation far below the mean nearest-neighbor distance. On large scales, the system appears hyperuniform, as a result of primordial density fluctuations, while on the smallest scales, the system becomes almost antihyperuniform, as evidenced by its number variance. Additionally, via a finite-scaling analysis, we compute the percolation threshold of the galaxy catalogs, finding this to be significantly lower than for Poisson realizations (at reduced density ηc=0.25 in our fiducial analysis compared to ηc=0.34), with strong dependence on the mean density; this is consistent with the observation that the galaxy distribution contains voids of up to 50% larger radius. However, the two sets of simulations appear to share the same fractal dimension on scales much larger than the average intergalaxy separation, implying that they lie in the same universality class. We also show that the distribution of galaxies is a highly correlated disordered system (relative to the uncorrelated Poisson distribution), as measured by the τ order metric. Finally, we consider the ability of large-scale clustering statistics to constrain cosmological parameters, such as the Universe’s expansion rate, using simulation-based inference. Both the nearest-neighbor distribution and pair-connectedness function (which includes contributions from correlation functions of all order) are found to considerably tighten bounds on the amplitude of quantum-mechanical fluctuations from inflation at a level equivalent to observing 25 times more galaxies. The pair-connectedness function in particular provides a useful alternative to the standard three-particle correlation, since it contains similar large-scale information to the three-point function, can be computed highly efficiently, and can be straightforwardly extended to small scales (though likely requires simulation-based modeling). This work provides the first application of such techniques to cosmology, providing both a novel system to test heterogeneous media descriptors and a tranche of new tools for cosmological analyses. A range of extensions are possible, including implementation on observational data; this will require further study on various observational effects, necessitating high-resolution simulations.6 MoreReceived 16 July 2022Revised 2 January 2023Accepted 10 January 2023DOI:https://doi.org/10.1103/PhysRevX.13.011038Published by the American Physical Society under the terms of the Creative Commons Attribution 4.0 International license. Further distribution of this work must maintain attribution to the author(s) and the published article’s title, journal citation, and DOI.Published by the American Physical SocietyPhysics Subject Headings (PhySH)Research AreasLarge scale structure of the UniverseGravitation, Cosmology & AstrophysicsInterdisciplinary Physics

A Biblical Response to Suanggi in the Arfak Tribe in Papua Island

The Arfak tribe lives on the island of Papua as a part of the Unitary State of the Republic of Indonesia. In 2022 there was a division by adding four new provinces namely South Papua, Central Papua, Highlands Papua, Southwest Papua Provinces in accordance with the laws in force in Indonesia. Papuans belong to the Melanesian race and the Arfak tribe consists of four sub-tribes namely the Hatam, Meyah, Molei, Sough.The Arfak tribe has its livelihoods in gardening, hunting, trading, raising livestock, collecting forest products. Most of the Arfak people are Christians. However, the people of the Arfak tribe still believe in Animism (a belief in a supernatural power that organizes and animates the entire material universe) and Dynamism (a belief that there are powers that exist in natural objects in the world e.g. a rock or a tree might become an object of awe and veneration because it is believed to have great power) which is often termed Suanggi. Belief in Suanggi is in harmony with other religions which are considered to accept Animism and Dynamism in their beliefs such as those evident in Hinduism, Ancient Egyptian Religions, and even Confucianism. This is driven by the search for a figure in power. However, there are differences in the beliefs of the people of the Arfak tribe about the resurrection of a person such as in Judaism Buddhism and some Christian sects. Christianity of course believes in the existence of an Ultimate Person, namely Jesus the God-man as well as belief in the possibility of resurrection in the future life. Resurrection is a certainty in the Christian faith. The Arfak people who are Christians in orientation must also have the belief in death as an advantage towards life in eternity in God’s heavenly Kingdom. Christians must follow the teachings of the Holy Bible. As Christians, people who have believed in Jesus Christ should not practice Suanggi in any shape or form because it is based on a malevolent spirit in the folklore of some islands in Indonesia. A discourse on Suanggi and malevolent spirits was carried out in this study using careful reflection on Holy Scripture and other relevant literature from academic books and journals.

The effect of immersive experience, user engagement and perceived authenticity on place satisfaction in the context of augmented reality

PurposeThis study aims to measure the effect of augmented reality (AR) on immersive experiences, place satisfaction, user engagement and perceived authenticity.Design/methodology/approachThe population of the research consists of museum visitors visiting the Sakip Sabanci Museum in Turkey, which provides an interactive experience to the audience using AR technology via iPads. The data were collected both online and offline. The research was carried out with 397 questionnaire forms. The hypotheses were tested through smart partial least squares (PLS) 3.FindingsImmersive experience positively affects place satisfaction, user engagement and perceived authenticity. It was also concluded that user engagement and perceived authenticity mediated the relationship between immersive experience and place satisfaction.Research limitations/implicationsThe entire universe could not be reached, as the study had limitations in terms of time, cost, accessibility and control difficulties. Therefore, the study was carried out with 397 visitors who visited the Sakip Sabanci Museum (SSM) in Turkey and used AR technology.Practical implicationsThe study emphasized the importance of AR in cultural tourism. The interactions of museum visitors with AR can be greatly enhanced by immersive experiences. Expanding AR to provide different experiences can increase the number of visitors.Originality/valueAlthough there are recent studies on AR, it seems insufficient to investigate and empirically examine this subject in the context of museums. No studies conducted in Turkey have investigated the current topic of this study. Conducting this research in Turkey with the proposed research model will make the topic easier to understand, proving the study's originality.

Mega-scale analysis of protein folding stability in biology and protein design.

Progress in DNA sequencing and machine learning have illuminated protein sequences and structures on an enormous scale, but protein thermodynamics remains invisible and largely unknown. New approaches are needed to reveal protein folding thermodynamics on the same enormous scale to overcome challenges in biology, medicine, and engineering. We present cDNA display proteolysis, a new method for measuring protein folding stability for up to 900,000 protein domains in a one-week experiment. From 1.7 million measurements in total, we curated a set of ∼800,000 high-quality folding stabilities comprehensively examining single amino acid variants of ∼350 natural and ∼250 de novo designed protein domains 40-72 amino acids in length. Using this immense dataset, we quantified (1) environmental factors influencing amino acid fitness, (2) thermodynamic couplings (including unexpected interactions) between protein sites, and (3) the global divergence between evolutionary amino acid usage and protein folding stability. We also demonstrated applications of our method and dataset to protein design. The unique scale, speed, and accuracy of cDNA display proteolysis hold the potential to reveal protein folding thermodynamics across the entire universe of protein domains.

Missio Dei’s Pleromatic Disposition: The Infinite Missionary God

What characterized the missiological shift from pre- to post-1952 Willingen and its resulting perspectives is the recognition of the pleromatic (Greek for “Fullness”) nature of the mission, denoting the totality of the Trinitarian God constantly or coherently at work saving the entire universe. Although the missiological literature commendably continues to emphasize total salvation and the attainment of the all-encompassing kingdom of God as the fundamental objectives of the missio Dei, its pleromatic character, that of the missionary triune God, so to speak, remains less obvious—and therefore in need of explanation. Accordingly, this article relies upon literature to highlight the importance of the pleroma as a theological concept, with the intention of contextualizing its use along with efforts to deepen the understanding of the missio Dei. Although this terminology is more associated with Gnosticism, it is intentionally used here in a different sense from that of the Gnostics, but merely streamlined to emphasize the infinite nature of the missio Dei. Consequently, it is here concluded that the scope of the missio Dei, when understood through its pleromatic character, transcends conceivable human and ecclesiastical limits, religious parameters, and even the limits of the universe or the cosmos itself. Therefore, the scope of this paper justifies further research aimed at uncovering the pleromatic character of the missio Dei, which is constantly at work and inhabits the universe in its entirety.

Einstein Telescope, the future generation of ground based gravitational wave detectors

The second-generation gravitational wave detectors Advanced LIGO and Advanced Virgo have shown their breakthrough capability to shed light on our understanding of the Universe. Although the steady increase in sensitivity, these detectors will hit in the future limitations due to their hosting infrastructures. This is the reason why a new generation of gravitational wave detectors are under studies. The Einstein Telescope (ET) is a planned European 3 rd generation gravitational Wave (GW) Observatory, a new research infrastructure designed to host a detector capable to observe the entire Universe using gravitational waves. ET will be a multi-interferometer observatory aiming to increase a factor ten the sensitivity of previous generation detectors. We will give an overview of the project, describe the main scientific goals and the technological challenges that must be overcome to reach the expected sensitivity.

10.14738/aivp.111.13818

Twenty-First Century Theoretical Physics is undergoing a profound “Paradigmatic-Shift” from the Old “Material-Causal” Paradigm of 29th Century’s General Relativity Theory (GRT) &amp; Quantum Mechanics (QM) to the New “G-D’s Physics” (“Computational Unified Field Theory”, CUFT)! This profound “Paradigmatic-Shift” ensues from the preceding “Paradigmatic Crisis” of the Old Paradigm – signified by the “theoretical inconsistency” between its two “pillars”, e.g., GRT &amp; QM, and its inability to account for the accelerated expansion of the physical universe, assumed to be “caused” by an “undetectable” purely hypothetical “Dark-Matter” concept (assumed to comprise up to 95% of all matter, but which failed to be detected experimentally for the past two decades)?! In contrast, the New “G-D’s Physics” Scientific Paradigm discovered a singular higher-ordered “Universal Computational/Consciousness Principle” (UCP) which simultaneously computes all exhaustive spatial pixels (in the universe) at the incredible rate of “c2/h” = 1.36-50 (sec’), which creates an extremely rapid series of “Universal Frames” (UF’s) comprising the entire physical universe at every “minimal time-point”! Based on “G-D’s Physics” discovery of the UCP and associated “Universal Computational Formula” which completely unifies (for the first time in Physics) between the four basic physical features of “space” and “energy”, “mass” and “time”, it provides us with an alternative explanation for the origin- sustenance- (“dissolution”)- and “development” of the entire physical universe: towards an “Ultimate Perfected Guelah State” of the universe! In the current article, direct empirical validation of two (unique) “Critical Predictions” of this New “G-D’s Physics” Scientific Paradigm is outlined which therefore provides science with an alternative (satisfactory) explanation for the accelerated expansion of the universe based on this singular UCP’s “Collective Human Consciousness Focus Hypothesis” Postulate, and points at the feasibility of a new (exciting) conception of the UCP’s “steering” of the universe towards an “End of Time: Perfected Geulah State”, in which Science (and Humanity) will recognize the “Singularity”, ”All-Goodness”, “Morality”, ”Peace” and “Harmony” characterizing this singular UCP, as well as Humanity’s “Perfected Geulah” State!

G-D’s Physics’ New “Geulah-Driven, Human Consciousness Focus” (GDHCF) Model of the Universe!

Twentieth century's Old "Material-Causal" Paradigm underlying both General Relativity Theory (GRT) and Quantum Mechanics (QM) has reached a state of a "Paradigmatic-Crisis" signified by the apparent "theoretical inconsistency" between GRT &amp; QM as well as its principle inability to account for up to 90% of all the mass and energy in the universe, e.g., assumed to comprise purely hypothetical "dark-matter" and "dark-energy" concepts and explain the universe's accelerated rate of expansion – but which could not be detected empirically (for the two past decades)?” A New promising “G-D’s Physics” (“Computational Unified Field Theory”, CUFT) “A-Causal Computation” Paradigm has been discovered based on the discovery of a singular higher-ordered “Universal Computational Principle” (UCP) that simultaneously computes all exhaustive spatial pixels in the universe at the incredible rate of “c2/h” = 1.36-50 (sec’) which produces an extremely rapid series of “Universal Frames (UF’s) comprising the entire physical universe at every “minimal time-point”! The New “G-D’s Physics” Scientific Paradigm is empirically validated in this article as more valid than the Old “Material-Causal” Paradigm based on verification of two unique “G-D’s Physics’ “Critical Predictions”: a) Universe’s Non-Continuous Increase in its Accelerated Rate of Expansion (UNCIARE); b) “Proton-Radius Puzzle” findings supporting “G-D’s Physics” UCP’s computation of relatively “more massive” particles (such as the Muon) as more “spatially-consistent” than relatively “less-massive” particles (such as the electron). Based on these empirical validations the New “G-D’s Physics” Paradigm negates the Old “Material-Causal” Paradigm’s GRT’s “Big-Bang” Model and offers an alternative (novel) “G-D’s Physics’ ‘Geulah-Driven’, Human Consciousness Focus (GDHCF) Model of the Universe’s origination, sustenance and development of the entire physical universe towards the UCP’s Ultimate “Geulah Perfected Goal State” of the universe in which Humanity (and Science) recognize the singularity of this UCP and its associated characteristics of “Morality”, “All-Goodness” “Peace” and “Harmony”! &nbsp

The Mechanism of Interaction Between Natural Physical Factors and the Whole Organism Forms the Basis of the General Theory of Physiotherapy

The optimal combination of drug therapy and physical factors increases the effectiveness of treatment and medical rehabilitation of patients. It is regrettable that the search for methods to improve the individual dosage of applied energies with an approach to the cellular level of dynamism (constant correction of the parameters of the applied physical factors during the entire treatment period) and complex (in the presence of several diseases) treatment is clearly not enough today. Perhaps this search is difficult due to the current lack of a general theory of physiotherapy and imperfect classification of physical factors. In this regard, there is a need to develop principles and methods for a comprehensive study of the effects of physical methods in clinical settings, and the requirements for testing new devices for physiotherapy have sharply increased. The author of this direction was an outstanding scientist Vladimir Sergeyev ich Ulashchik. In his opinion, the creation of a general theory of physiotherapy is one of the promising tasks of scientific physiotherapy. It is known that from the end XIX The basic principles of nervousness and reflex theory are the theoretical basis of Russian physiotherapy. Subsequently, the influence of humoral and endocrine changes was added to the reflex theory of the mechanism of therapeutic action of the external environment (natural and preformed physical factors), but still with the leading principle of nervism. It should be noted that there have always been doubts about the comprehensive explanation of the reflex theory of all the causes and consequences of the interaction of external physical factors with the human body. On this basis, “permanent” problems remained unresolved: • general and specific in the action of physical factors; • selectivity of their actions; • the ratio of nervous and humoral, local and general, functional and morphological with a single and course application of physiotherapy; • inability to determine the “dose-effect”; • nature of the body’s primary reactions to environmental influences; • orientation of processes that determine the final result of interaction between external physical factors and the whole organism; • realization of all potential opportunities for obtaining the maximum desired positive clinical effect during physical therapy. Thanks to the great success of quantum mechanics( optics), chemistry, biology, supramolecular chemistry, and fibre-optic physics, it became necessary to review the mechanism of action of the physical factor and the response of the whole organism in order to diagnose, prevent, treat, and rehabilitate patients. Quantum therapy originated before our era, when people began to consciously apply “natural factors” for therapeutic purposes with a governing “ verbal accompaniment and explanation.” With the subsequent development of scientific, technical and humanitarian disciplines (mathematics, mechanics, physics, chemistry, biology, etc.), the philosophy of using natural factors for therapeutic purposes changed. At the same time, the culture of external influence on the whole organism of any forces and means changed and improved, i.e. the use of” natural factors “for therapeutic purposes became systemic, with the subsequent emergence of a new scientific discipline in medicine “physiotherapy”. Its fundamental nature is that the entire universe, the Cosmos and the World around us consists of elementary particles (quanta), devoid of repetitions and existing in a three-dimensional dimension