Principles Of Theory Research Articles

Quantitative Research on “Blockchain+Supply Chain” Financing Based on Game Theory Modeling

In the 21st century, with globalization and the “Belt and Road” economic activities. As an important financial means, supply chain financing plays a key role in trade transactions between enterprises. Supply chain financing refers to providing financial support and services to different participants in the entire supply chain through financial instruments to meet the financial needs of their production and trade activities. To address the issue of “blockchain+supply chain” financing, specifically in the traditional supply chain, the downstream of the SMEs financing difficulties has been one of the factors plaguing its development. Still, also one of the constraints on the overall supply chain operational efficiency, we use the principles of game theory to establish a game theory model between financial institutions and SMEs and use Matlab software to solve the simulation data. We use the principle of game theory to establish a game theory model between financial institutions and MSMEs, use Matlab software to solve the simulation data and analyze the financial institutions to adopt the “blockchain+supply chain” financing strategy, and MSMEs to adopt the trustworthy strategy so that the two sides can maximize the benefits, and also maximize the benefits for the whole supply side. In addition, the research process and results can provide references for relevant state departments and various social enterprises and organizations.

Domestic travel intention post COVID-19 pandemic – what matters the most to millennials?

The COVID-19 pandemic associated with health fear has severely affected Malaysia’s tourism industry. The domestic tourism segment is expected to have a speedier recovery than international tourism due to travel restrictions. Accordingly, the principles of Protection Motivation Theory (PMT) and the government's role were utilised in investigating the Millennial’s domestic travel intention in this study. This study is a preliminary investigation in nature. It involves responses from the first 60 participants of the fieldwork being carried out for the actual research. The gathered data were analysed using the structural equation modelling (SEM) technique with SmartPLS software. The findings showed that Millennial’s Perceived Self Efficacy and (through) Government Intervention have a significant relationship with their domestic travel intention post-pandemic. Practical implications were then provided to the stakeholders in reviving Malaysia’s tourism industry.

Attack principles in sequent-based argumentation theory

Abstract Attack principles have been introduced in semi-abstract argumentation frameworks and, in the present work, we interpret them in sequent-based argumentation frameworks. Thus, we investigate the role of minimality and consistency of the support set of an argument. Through the notion of preservation of strength, we introduce a formal criterion to sort out the attack principles; isolate the more “acceptable” ones, i.e. those easier to justify; and recover a new argumentative semantics for the non-classical logic that arises from dropping the rules $(\neg , r)$, $(\land , r)$ and $(\supset , l)$ from Gentzen’s classical sequent calculus for classical logic $\textsf{LK}$.

A literature review to explore the use of Contact Theory, in exploring integration strategies between students who have defected from North Korea and South Korean students

Objectives The purpose of this research was to explore effective integrated strategies utilizing Contact Theory principles, to reduce prejudice and discrimination and build friendships between North and South Korean students.
 Methods A literature review synthesizing the findings of literature retrieved from searches for integration between North and South Korean students. Especially, Contact Theory was particularly used for the theoretical framework.
 Results Intergroup cooperation: Repeated integrated strategies and high-quality contact strategies should be applied in school curriculums to build friendships based on intergroup cooperative tasks such as discussion or presentations about each other’s culture, and societal issues between the two Koreas’ students. Common goals: Both students groups should discuss and debate the common goal of peace within the Korean Peninsula by allowing students to consider the advantages and disadvantages of inter-Korean unification on their own. Equal status: Schools should provide some programmes via literature or films related to North Korean words which are neglected by South Koreans who will need to change their perception by developing a more objective view of North Korean culture and their way of thinking that can ultimately bring equal status between the two Korean student groups. Support of institutions: The support of authorities of the Korean government is suggested. Especially, the government will need to provide more effective teacher education for integrated education between two Korean students to prepare for future reunification.
 Conclusions The implications and limitation of the study is provided. Suggestions for future studies are also presented.

Applications of Grounded Theory Methodology to Investigate Hearing Loss: A Methodological Qualitative Systematic Review With Developed Guidelines.

Qualitative methodologies are commonly adopted in hearing loss research. Grounded theory methodology is increasingly used to establish novel theories explaining experiences related to hearing loss. Establishing and improving the quality of grounded theory studies has been emphasized as critical to ensuring theoretical trustworthiness. Thus, the primary aim of the present study was to systematically review hearing loss research studies that have applied grounded theory methodology and assess the methodological quality of those grounded theory applications. Secondarily aims were to (i) explore how grounded theory methodology has been applied to investigate hearing loss, and (ii) use the findings of the review to develop a set of guidelines to aid the future high-quality application of grounded theory methodology to hearing loss research. Original peer-reviewed studies applying grounded theory methodology and published in English were identified through systematic searches in 10 databases; Applied Social Sciences Index and Abstracts, British Nursing Index, Cumulative Index to Nursing and Allied Health Literature, EBSCO, Global Health, MEDLINE (OvidSP), PsycINFO, PubMed, Scopus, and Web of Science. The quality of studies was assessed according to 12 grounded theory principles using the Guideline for Reporting, Evaluating, and applying the core principles of Grounded Theory studies (GUREGT) tool. Data were analyzed using qualitative inductive thematic analysis. After the removal of duplicates, 155 articles were retrieved. Of those, 39 met the criteria for inclusion in the systematic review. An increase in the adoption of grounded theory methodology to investigate hearing loss was identified with the number of published studies tripling in the last 5 years. Critical appraisal using the GUREGT tool identified four studies as high-quality. Most included studies were of moderate study quality (n = 25), and 10 were classified as being of low study quality. Using inductive thematic analysis, the included studies investigated one of four areas relating to hearing loss: (a) Living with hearing loss, (b) Identity and hearing loss, (c) Coping strategies for hearing loss, and (d) Audiological counseling and rehabilitation. Analysis also identified four main grounded theory factors frequently overlooked in hearing loss research: the different schools of grounded theory, sampling strategy, sample size, and the depth of grounded theory application. Use of grounded theory methodology is increasing at a rapid rate in hearing loss research. Despite this, studies conducted in the field to date do not meet and apply the full spectrum of grounded theory principles, as outlined by the GUREGT tool. To improve methodological rigor in future studies using grounded theory, we propose a set of guidelines that address the most commonly overlooked methodological considerations in hearing loss studies to date. The guidelines are designed to aid researchers to achieve high methodological quality in any field, improve qualitative rigor, and promote theoretical credibility.

University 4.0: Contours of Post-Industrial Manifestations In The Optics Of The Triple Helix Model

Relevance. Universities, as institutional organizations, are subject to the greatest reform in the transforming matrix of goals, values and norms of building the Future. In this regard, the problem of conceptualizing the ultra-new model of the University of the fourth generation (4.0) is the most relevant for science and social sciences.The purpose of this study is to consider and analyze the conceptual foundations reflected in the scientific manifestations of the formation of the fourth generation University model (4.0) as a subject of the “triple helix".Objectives. To analyze the concepts, ideologems and other units of the theoretical basis of the University 4.0 model presented in the scientific media space; to reflect the emerging concept of University 4.0 in the optics of the “triple helix” model, implemented in the context of the formation of a post-industrial society.Methodology. The study was carried out on the basis of synergetic principles of complexity theory, general provisions of system theory and interinstitutional and transinstitutional communication using system-structural and convergent network methods.Results. Today, new ontological continuums of social multi-subject practices are objectively “unfolding” based on the ethics of subjective integration and synergy of individual and collective, as well as machine and hybrid intelligences. Flexible models of collective management of the future should be synthesized on such university cognitive platforms 4.0, where even transinstitutional forms of relations, such as the “triple helix”, begin to be perceived as tools, rather than platforms for the implementation of new ideas and solutions that overcome historical and cultural predestination. The platform of the “cognitive turn of postindustriality” is the Universities of the fourth generation.Conclusions. The platform of the "cognitive turn of postindustriality" in the future is the Universities of the fourth generation. Then, in university activities, existing traditional subject (for example, institutional) ontologies act only as a tool for generating on their basis “packages” of understanding posteconomics in the spirit of “meta-subject forms of thinking”, such as collective, including hybrid human-machine intelligence. New ethics (bio-, techno-, etc.) are also being institutionalized and progressing.

Образ роду Ґалаґанів в історіографії кінця ХІХ – початку ХХ ст.

The purpose of the study is to conduct an analytical assessment of the Galagan noble-foreman family image formation and evolution process in historiography of the late 19th – early 20th centuries. The methodological basis of the work was formed by the basic principles of the historiographic image theory, aimed at identifying genesis, formation and evolution of understanding of the Galagans’ role in historiography. The following methods are also used in the work: historical, analytical, genetic, comparative, biographical, method of studying the products of activity.The scientific novelty is the fact that the Galagan family is first considered through the prism of the theory of the historiographical image. Conclusions. Through the efforts of a small but very active constellation of Ukrainian scientists, Galagan family was included in the scientific circulation. For three decades, their image has undergone significant transformations. Although Alexander Lazarevsky was quite critical of the Galagans, especially representatives of the first generations, the pages of the magazine «Kievskaia starina», on the contrary, showed mainly positive aspects of their activities, special attention was paid to the last representative of the family, Grigory Galagan Jr. The publication of Andronik Stepovych had a specific structure and was based on sources of various genres: from memoirs to an unpublished article authored by Grigory Galagan Jr., which was devoted to the history of his family. The publisher allowed the reader to see how Gregory Galahan Jr. assessed his ancestors and get acquainted with the memories of his son Paul. The chapter on Gregory Galahan Jr., which Stepovich wrote personally, is evidence of the author’s extremely respectful attitude towards his hero. The images of the father and son of the Galagans, which are idealistic in their content, are significantly different against the background of less emotional and ambiguous assessments of their ancestors. Vadim Modzalevsky in his work depersonalized Galaganov and equated them to ordinary representatives of the nobility of Left-Bank Ukraine. But this is due to the restrictions imposed on the genre of his work, a genealogical essay, which was supposed to contain only basic information about members of noble families and the connections between them. The most complete, multifaceted images had the first and penultimate male members of the genus. The image of Ignat Galagan in all works is mostly negative, his immoral actions, greed, low intellectual level are brought to the fore, although evidence of personal courage and the ability to «make his way in life» also take place. Grigory Galagan Jr., on the contrary, receives an extremely positive assessment, his image is used as a symbol of Ukrainian patriotism and a role model. Other members of the family are presented in a much less vivid form. We can say that they are presented as authoritative, but typical Ukrainian landowners having both positive and negative features.

A Timoshenko-Ehrenfest beam model for simulating Langevin transducer dynamics

The Langevin transducer is a widely used power ultrasonic device across both medical and industrial applications, from orthopaedic surgery to drilling and welding. It is a sandwich-type device which typically consists of piezoelectric ceramic rings between two metallic end-masses. The transducer is commonly operated at a particular resonant mode to deliver ultrasonic vibrations to a target structure of interest, and is generally modelled using approaches including the transfer matrix method and electromechanical equivalent circuit methods. Here, we propose a variational framework to study the dynamics of the Langevin transducer based on the Timoshenko-Ehrenfest beam theory and Hamilton's principle. The variational equation derived from this model is then discretized by the standard finite element method with spectral elements. To verify the proposed one-dimensional electromechanical model, the computed resonance frequencies, or natural frequencies, of the one-dimensional model are compared to those of a three-dimensional finite element model with respect to varying geometry parameters characterizing the transducer. The results of the reduced one-dimensional and full three-dimensional models are then compared to those measured through an experimental investigation consisting of laser Doppler vibrometry. This is undertaken for the first ten eigenfrequencies, including longitudinal and bending modes, where normalized amplitudes and vibration mode shapes are reported. The close correlation between modelling and experiment demonstrates that the proposed one-dimensional electromechanical model can deliver results consistent with the full three-dimensional model and from experiment, thus verifying a rapid and reliable method for studying the free vibrations and dynamics of the Langevin transducer which accounts for the axial vibrations of the piezoelectric ceramic stack in all cases.

Contributing to 'a sense of purpose' - Evaluating consumer recovery progress after attending a therapeutic-recreation intervention programme: A quantitative analysis.

The recommended objective for mental health plans and policies is the adoption of recovery approaches to mental healthcare. Mental health recovery is no longer defined by symptom resolution but as a journey towards a meaningful life from the consumer's own perspective. Recovery approaches focus on consumers' strengths, feelings of well-being and the achievement of personal goals. Designing recovery-oriented interventions is crucial for supporting people in their personal recovery journey. This study sought to evaluate how attending a recovery-oriented intervention impacts the recovery of attending people living with serious mental illness. A quasi-experimental approach was utilised to examine changes in self-reported recovery progress in a purposive sample of consumers living with enduring mental illness (N = 105). Recovery progress was evaluated via the Recovery Assessment Scale - Domains and Stages (RAS-DS). Data were collected at entry and exit to a therapeutic recreation programme grounded in principles of recovery-oriented care and social contact theory. Pre-post scores were analysed via a repeated-measures multivariate analysis of variance (RM-MANOVA) per the four RAS-DS recovery domains. After attending the therapeutic recreation programme, consumer recovery scores significantly increased in the functional, personal, and social recovery RAS-DS domains as measured by 'Doing Things I Value', 'Looking Forward', and 'Connecting and Belonging' (respectively). No changes were observed to consumers' clinical recovery progress, as assessed via the recovery domain 'Mastering my Illness'. The results of this study demonstrate that therapeutic recreation camps can provide a recovery-based approach to mental healthcare, with positive effects on the three areas of: a purposeful life; connection and belonging; and optimism and hope. Recovery Camp has been previously identified by the Productivity Commission as having potential person-centred recovery benefits for mental health consumers. The results of this study now establish these benefits as evidence based and can be used to guide mental health practice and policy for the implementation of therapeutic recreation camps for mental health recovery.

Handling the balance of operators in evolutionary algorithms through a weighted Hill Climbing approach

Evolutionary Algorithms (EAs) are a well-known domain within Artificial Intelligence. EAs have demonstrated their ability to tackle intricate optimization problems using evolutionary theory principles. However, balancing the dual exploration and exploitation processes remains a crucial concern. This paper introduces the Balanced Hill Climbing Weight Algorithm with Diversity (BHWEAD), an innovative approach that combines elements from classic Genetic Algorithm and Differential Evolution. BHWEAD uniquely employs the Hill Climbing local search to guide the influence of its operators, ensuring an optimal interplay between exploration and exploitation. Additionally, it incorporates a diversity control mechanism, resetting specific solutions to prevent premature convergence to suboptimal solutions. The main contribution of the BHWEAD is the mechanism that permits the balance of the exploration and exploitation stages; also, the incorporation of Hill Climbing permits a proper balance of the influence of the operators. Notice that the proposal can escape from suboptimal solutions using a diversity-based strategy. Tested against the CEC2017 benchmark functions in both 50 and 100 dimensions, BHWEAD outperformed 12 notable EAs, underscoring its potential for high-dimensional optimization problems. Besides, the proposed BHWEAD has also been tested over seven engineering problems, and the comparisons include some memetic algorithms., The paper provides additional insights into the algorithm’s design, conducts a comparative analysis, and identifies potential areas for improvement.

A Framework for Integrating Freight Transport, Urban Land Planning, and Infrastructure Management under Economic Geography Principles

This study presents a conceptual framework proposal for integrating urban freight initiatives (UFIs), or city logistics initiatives, into urban planning and urban management (UPUM) land use and infrastructure systems. As a novel approach, this framework integrates three components: Firstly, a conceptual basis on three economic geography theory principles—location, agglomeration, and urbanisation. Secondly, spatial analysis and subsequent clustering integrate companies’ spatial positions, their proximity to other companies, their freight intensity, and the characteristics of the zonal road infrastructure; these clusters are defined as freight traffic zones (FTZs). Thirdly, a functional yet strategic UFI clustering or grouping is proposed to work in an optimised and integrated manner with the FTZs’ opportunities for efficiency and reduced externalities. It is expected that the integrated result of these three components can serve to optimise freight initiatives and road infrastructure from a city governance perspective, reduce freight externalities, and function as a stakeholder cooperation tool from government-led, policy-driven perspectives. This research also identifies and characterises various variables influencing the emergence and existence (planned or organic) of FTZs and shows how these could be incorporated into high-level UPUM processes. Although it is deemed that the principles and methodological approach followed here could be common to urban areas, an example for the Metropolitan Area of the Aburra Valley (MAAV), in Colombia, is presented as an initial case study. Conclusively, this paper introduces a pioneering methodology for integrating UFIs into city or metropolitan governance, offering guidance for policymakers to promote sustainable freight systems.

Analysis of multi-scale failure behavior of SiCf/SiC composite clad tube under flexible clamping damage

The intricate spatial fiber winding structure of SiCf/SiC ceramic matrix composite (CMC) cladding tubes makes it difficult to investigate in depth the inherent evolutionary mechanism of damage failure under specific operating conditions. Therefore, in this study, based on X-ray computed tomography (X-CT) reconstruction and cross scale numerical simulation methods, combined with clamping failure experiments under specific conditions for the cladding tubes, we conduct an in-depth analysis of the material's damage, failure, and mechanical behavior in different clamped regions. The research indicates that variations in the clamped regions have a minimal impact on the overall mechanical feedback of the material, and the maximum clamping load remains essentially around 500 N. The tube damage exhibits a unique " regional progressive damage evolution mechanism," where stress differentials of 108.49–115.33% appear between the inner and outer surfaces in different regions, leading to variations in the initiation and propagation of cracks within these areas. Furthermore, based on the minimum potential energy principle and semi-geodesic line theory, the intricate macroscopic tube structure formed by the spatial stacking and winding of SiCf/SiC cladding tube fibers is accurately reconstructed, which is combined with macroscale and microscale local feature models to capture the fibre/matrix morphology of the material with dynamic mechanical feedbacks, and experimentally validated in this work. The results indicate that the numerical model can effectively characterize the complex mechanical damage morphology and progressive failure lows of SiCf/SiC CMC at multiscale. Simultaneously, it is observed that stress concentrations in the fiber crossover region result in a load-bearing capacity 112–283% higher than in other areas. This phenomenon often leads to the first occurrence of failure in this region after clamping overload, exhibiting more pronounced damage characteristics.

Dynamic modeling and vibration characteristics of sandwich cylindrical shell with metal-rubber core

This work aims to identify ways for the equivalent material parameters of metal-rubber (MR), as well as the establishment of theoretical and numerical methods for sandwich cylindrical shells with metal-rubber core (SCS-MR) under thermal conditions. To achieve this goal, the first-order shear deformation theory and Hamiltonian principle are used to derive equations and expressions that consider temperature variations and elastic boundary constraints. This leads to the development of a novel dynamic model for sandwich cylindrical shell structures in a thermal environment. Furthermore, the study analyzes how vibration frequencies are affected by boundary spring stiffness and axial truncation number of displacement-permitted functions using the Jacobi-Ritz method. The impact of aspect ratio, core layer thickness ratio, and temperature on the vibration frequencies of SCS-MR is discussed. The results indicate that temperature slightly affects the frequency of SCS-MR. As the aspect ratio increases, the vibration frequency tends to decrease, irrespective of the circumferential wave number. However, the circumferential wave number plays a considerable role on vibration frequency associated with the core layer thickness ratio.

Learner Experiences of Mobile Apps and Artificial Intelligence to Support Additional Language Learning in Education

This study examines learners’ experiences and the use of language learning applications (“apps”) as a primary source of second or additional language learning (“L2”) instruction and assessment in higher education. It purviews the integration of artificial intelligence (AI)-powered features that support technology-enhanced language learning experiences. Principles of pedagogy, heutagogy, and self-determination theory are used to inform the appropriate design and application of AI to support language learning. We examine the congruence between learner's goals with perceived outcomes following a 4-week language learning intervention using an app. A survey of n = 151 adult learners across two Canadian universities revealed: (a) apps are perceived as an engaging, convenient, and structured approach to early stages of L2 learning and (b) the integration of AI for conversation-based simulations or speech recognition would enable more adaptive, personalized L2 learning experiences. The authors discuss implications for future developments and AI uptake for language learning apps.

Analyzing Equitable Goods Distribution: Integrating Fair Division Principles and Game Theory

This research focuses on the equitable allocation of indivisible goods among five agents, where each agent holds goods contributing to its profit. The dual objectives are to maximize all agents' collective profit and ensure the fairness of goods distribution. Fair distribution is identified as a significant social challenge. The study aims to explore and elucidate the fair relationships within goods distribution through the lens of game theory, a methodological framework that has seen rapid advancements in various fields. Utilizing game theory for this analysis is crucial for advancing social equity and improving public satisfaction with distribution outcomes.

Fintech governance and performance: Implications for banking and financial stability

This paper explores the relationship between governance and performance of Fintech firms recalling Resource-Based View and Upper Echelons Theory principles. Using a pooling model, we identify key characteristics of Chief Executive Officers (CEOs) and Boards of Directors (BoDs) that can improve profitability and lower risk in Fintech firms. The findings highlight that an older BoD increases risk and profitability, while a larger BoD reduces returns and risk. Furthermore, having a female CEO impacts the likelihood of default, while CEOs with expertise in management or law are associated with lower profitability. The study provides empirical evidence that governance structures can decrease Fintech risk and increase financial stability, addressing a previously overlooked research area. Informed decisions by banks about Fintech partnerships, based on enhanced governance, can mitigate risks, and improve the overall stability of the financial system.

First-Principles Calculations of the Mechanical Properties of Doped Cu3P Alloys.

In the quest to enhance the mechanical properties of CuP alloys, particularly focusing on the Cu3P phase, this study introduces a comprehensive investigation into the effects of various alloying elements on the alloy's performance. In this paper, the first principle of density universal function theory and the projection-enhanced wave method under VASP 5.4.4 software are used to recalculate the lattice constants, evaluate the lattice stability, and explore the mechanical properties of selected doped elements such as In, Si, V, Al, Bi, Nb, Sc, Ta, Ti, Y and Zr, including shear, stiffness, compression, and plasticity. The investigation reveals that strategic doping with In and Si significantly enhances shear resistance and stiffness, while V addition notably augments compressive resistance. Furthermore, incorporating Al, Bi, Nb, Sc, Ta, Ti, V, Y, and Zr has substantially improved plasticity, indicating a broad spectrum of mechanical enhancement through precise alloying. Crucially, the validation of our computational models is demonstrated through hardness experiments on Si and Sn-doped specimens, corroborating the theoretical predictions. Additionally, a meticulous analysis of the states' density further confirms our computational approach's accuracy and reliability. This study highlights the potential of targeted alloying to tailor the mechanical properties of Cu3P alloys and establishes a robust theoretical framework for predicting the effects of doping in metallic alloys. The findings presented herein offer valuable insights and a novel perspective on material design and optimization, marking a significant stride toward developing advanced materials with customized mechanical properties.

Hybrid algorithm for global optimization based on periodic selection scheme in engineering computation

PurposeMetaheuristic algorithms based on biology, evolutionary theory and physical principles, have been widely developed for complex global optimization. This paper aims to present a new hybrid optimization algorithm that combines the characteristics of biogeography-based optimization (BBO), invasive weed optimization (IWO) and genetic algorithms (GAs).Design/methodology/approachThe significant difference between the new algorithm and original optimizers is a periodic selection scheme for offspring. The selection criterion is a function of cyclic discharge and the fitness of populations. It differs from traditional optimization methods where the elite always gains advantages. With this method, fitter populations may still be rejected, while poorer ones might be likely retained. The selection scheme is applied to help escape from local optima and maintain solution diversity.FindingsThe efficiency of the proposed method is tested on 13 high-dimensional, nonlinear benchmark functions and a homogenous slope stability problem. The results of the benchmark function show that the new method performs well in terms of accuracy and solution diversity. The algorithm converges with a magnitude of 10-4, compared to 102 in BBO and 10-2 in IWO. In the slope stability problem, the safety factor acquired by the analogy of slope erosion (ASE) is closer to the recommended value.Originality/valueThis paper introduces a periodic selection strategy and constructs a hybrid optimizer, which enhances the global exploration capacity of metaheuristic algorithms.

Insights into the effect of methylammonium orientation on the crystal structural, electronic structure and optical properties of CH3NH3SnI3

Organic-inorganic hybrid halide perovskites have become an important new generation solar cell materials that are expected to significantly improve the solar conversion efficiency. In this work, the effect of methylammonium (CH3NH3) orientation on CH3NH3SnI3 perovskite is studied by using the first principles of density functional theory. We report the electronic and optical properties of methylammonium in different orientations. It is shown that CH3NH3 orientation leads to an increase in the absorption coefficient and complex refractive index of the material, a redshift in the absorption spectrum, and an enhanced absorption in the visible and near-infrared regions. We find that these changes are strongly influenced by organic-inorganic interactions and octahedral distortions. It suggests that the band gap and optical properties may be effectively modulated by the CH3NH3 rotation orientation, providing valuable insights into the behavior of CH3NH3 embedded in the inorganic octahedra of experiments.

ОСНОВНОЙ ЗАКОН ОБЩЕЙ ТЕОРИИ БЕЗОПАСНОСТИ И РАЗВИТИЕ ЧЕЛОВЕЧЕСТВА

This article considers a new approach to understanding the basic principles of the general theory of security, arranges the relationship of interests and threats, security and development, specifies and systematizes the judgments of various authors. As a result, the basic law of the general theory of security is formulated and substantiated, the essence of the driving force of human development is revealed.