Scientific Achievements Research Articles

Innovation and interculturalism are important features of future teachers' training in modern society

The processes of globalization, the formation of a post-industrial society, the European integration aspirations of Ukraine and the integration of the Ukrainian education system into the European educational space set the pedagogical science the task of bringing the traditional scientific apparatus into line with the system of pedagogical concepts generally accepted in Europe. The developing Ukrainian society needs highly educated people with appropriate professional and general competences who can independently make responsible decisions in a choice situation, predicting their possible consequences, capable of cooperation, distinguished by mobility, dynamism, constructiveness, a developed sense of responsibility for the fate of the country. Decisions and programs aimed at the implementation of scientific achievements, civilizational and cultural trends are implemented through the activities of subjects who perceive them. In this connection, the level of requirements of modern society for the activity and training of teachers in higher education institutions is increasing. Strengthening the integrative and cultural status of education dictates the need to train pedagogical staff capable of realizing its cultural focus. The needs of modern educational practice create the need for cross-cultural training of the future teacher of the Ukrainian language and literature, who not only acts as a mediator between the student and culture, but also contributes to the formation of the young generation's readiness to live and act in an open intercultural space of general civilization.

Scientific Achievements of The Department of Phthisiology and Pulmonology of the Bogomolets National Medical University (on the Occasion of the 100th Anniversary of the Founding of the Department)

Department of Phthisiology and Pulmonology of O.O. Bogomoletsa was founded in the distant past (1924). The department was initially established as an associate professorship in tuberculosis at the Kyiv Medical Institute (KMI), later became a course on tuberculosis, and eventually developed into a full department of tuberculosis. During its existence, the department changed its name several times (Department of Phthisiology, Department of Phthisiology with a Course of Pulmonology, Department of Phthisiology and Pulmonology).The direction of the work of the associate professorship on tuberculosis of the KMI (head A.I. Sobkevych) is the scientific analysis of the symptoms of tuberculosis and the development of recommendations for the rational nutrition of patients. The direction of the tuberculosis course (head D.Ya. Epshtein) is to improve the method of treating tuberculosis with the help of an artificial pneumothorax.The field of work of the Department of Tuberculosis (head V.P. Rudin) is the analysis of age-related reactivity of the body of tuberculosis patients, features of pathogenesis, clinic, diagnosis and treatment of tuberculosis in young people and the elderly; study of tuberculous meningitis and new methods of climate therapy for tuberculosis.The field of work of the Department of Phthisiology (head M.S. Pylypchuk) is the development of methods of diagnosis and improvement of treatment of patients with tuberculosis and non-specific lung diseases (use of heparin, donors of sulfhydryl groups, galascorbin and proteolytic enzymes; establishment of hemosorption, endolymphotherapy, aerosol therapy and intravenous administration of antituberculosis drugs drugs, lung resection with pneumoperitoneum) and treatment of tuberculosis patients with chronic alcoholism. Study of the surfactant system of the lungs, the mucociliary apparatus and the aerogematic barrier; animal lung transplantation experiments.The field of work of the department of phthisiology and pulmonology since 1997 (head — V.I. Petrenko) — improvement of existing and development of new methods of antimycobacterial and pathogenetic therapy (Tri-vi-plus, Dufalak®, Kagocel®, Glutargin, ademethionine, Livolin Forte and Immunofan) in patients with pulmonary tuberculosis; application of biocorrective technologies in emergency conditions in pulmonology and the latest technologies in diagnostics (dopplerography) and treatment (information-wave therapy «IHT-Threshold») of tuberculosis; environmental problems in phthisiology and pulmonology (cigarette smoking, ionizing radiation).The student circle at the Department of Phthisiology and Pulmonology has been operating since 1960. Students have been actively engaged in scientific research. They take part in the implementation of the Department’s National Development Program and make presentations at scientific and practical conferences, congresses and forums (they receive diplomas and certificates). Active student participation is noted during the «April Student Scientific Sessions» (Ukraine) and Olympiads (Ukraine, Uzbekistan).

The Family in the Scientific Achievements of Professor Helena Radlińska. References to the Sources of Polish Social Pedagogy

The aim of this article is to present the issues of the family in relation to the scientific achievements of Prof. Helena Radlińska. In the course of the research, the descriptive research method was used. This was accompanied by a cross-sectional analysis of the documents. The subject of the conducted research were family issues, considered from the point of view of social pedagogy. The subject of the research was the family and people creating the family life environment. The summary of the analysis are the directions of further research, the effects of which will facilitate the creation of theoretical foundations for models of assistance, care, support and family development.

Main scientific achievements of the academician of the RAS Vladimir Kh. Khavinson: peptides and aging

The article is dedicated to the memory of the outstanding Russian gerontologist, director of the Saint Petersburg Institute of Bioregulation and Gerontology, academician of the Russian Academy of Sciences, professor Vladimir Kh. Khavinson.

The effects of an augmented reality lens imaging learning system on students’ science achievement, learning motivation, and inquiry skills in physics inquiry activities

The effects of an augmented reality lens imaging learning system on students’ science achievement, learning motivation, and inquiry skills in physics inquiry activities

The Role of Language and Literacy Skills in Science Learning from Kindergarten to 5th Grade: Mitigating Gender, Racial/Ethnic, and Socio-Economic Disparities

Despite the acknowledged impact of early science achievement on future success, there is a noticeable gap in research focused on understanding the dynamic longitudinal patterns of children attaining science learning milestones in their early years, as well as few investigations of potential factors that may mitigate gender, racial/ethnic, and socio-economic disparities. This study analyzed nationally representative data from the Early Childhood Longitudinal Study of Kindergarten Cohort 2011 (ECLS-K: 2011), involving 18,174 children from 1328 schools across the United States, selected through a multistage probability sampling process and spanning kindergarten through 5th grade. Using survival analysis with the dependent variable as the time required to attain a specific milestone, the study revealed that boys, non-Black, non-Hispanic, and high-income children reached the science learning threshold earlier than their counterparts—girls, Black, Hispanic, and low-income children. Furthermore, the study underscored the crucial role of language and literacy skills in mitigating these disparities. The study’s implications stress the importance of targeted interventions to address early science education disparities, emphasizing professional development and integrating language and literacy with science learning. The research also enriches the global discourse on educational standards by introducing innovative methodologies to assess both the frequency and duration of science learning milestones.

EXPRESS: The Scientific Value of Medical Student Research: The Experience at the Arrow Program for Medical Research Education.

This study presents a comparative analysis of the publications of students participating in the Arrow Research Program in comparison to those of attending physicians and researchers at the same tertiary medical center in order to assess the impact of the Arrow Research Program on the students' scientific achievements. The study encompassed 90 Arrow Research Program students that were involved in the program at the Sheba Medical Center between 2019 and 2021. As a comparison group, 2082 attending physicians and researchers affiliated with the same center during the same period of time were considered. Publications were collected from the Web of Science Database, and the publication data parameters of each group were compared to assess scientific outcomes. The Arrow Research Program students collectively published 67 articles, and the 2082 physicians and researchers in the comparison group produced 4283 papers during the study timeframe. Similarly, the average impact factor of the journals in which the Arrow Research Program papers were published was 4.16 ± 2.68, similar to the average impact factor of 4.74 ± 6.26 in the comparison group (p = 0.388). Likewise, the average quartile of the journals in which the Arrow Research Program articles were published was 1.39 ± 0.59, which is similar to the comparison group's average quartile of 1.39 ± 0.63 (p = 0.997). In conclusion, the Arrow Research Program demonstrates its effectiveness in empowering young students to execute successful research projects. This study may help develop educational programs worldwide.

ОБЕСПЕЧЕНИЕ ПОЖАРНОЙ БЕЗОПАСНОСТИ МНОГОЭТАЖНЫХ ЗДАНИЙ ИЗ ДЕРЕВЯННЫХ КОНСТРУКЦИЙ

Проведен обзор современного деревянного домостроения в России и за рубежом. Проанализированы результаты испытаний строительных материалов из древесины на пожарную опасность, а также деревянных строительных конструкций различных типов на огнестойкость и пожарную опасность как без огнезащиты, так и с огнезащитой различных видов. Разработаны предложения в нормативные документы. Намечены направления дополнительных исследований пожарной опасности зданий из деревянных конструкций. The paper considers the issues of ensuring fire safety of multi-storey buildings made of timber frame construction. At present, wooden houses in Russia are built mainly in the individual housing sector and account for 22% of the total construction volume, while industrial wooden houses account for no more than 3% of the wooden houses built annually. Abroad, wood is also widely used in the construction of buildings of various functional purposes: hotels, sports facilities, public and administrative buildings, low-rise and multi-storey buildings. The achievements of science, technology and engineering in the field of timber construction make it possible to design and build buildings of any type and purpose. Modern technology makes it possible to build high-rise timber houses. For example, high-strength composite materials based on wood are used for the construction of multi-storey buildings, in particular LVL beams and CLT panels. Numerous tests carried out at VNIIPO on load-bearing elements made of solid wood (frames, beams) and load-bearing structures made of CLT panels (walls, ceilings) have shown that they provide a significant limit of fire resistance in terms of load-bearing capacity. It is well known that wood is a highly flammable material (G4). This circumstance significantly complicates the use of various building structures in construction from the point of view of ensuring fire safety requirements, including in multi-storey buildings. A set of necessary engineering, technical and organisational measures to ensure fire safety has been developed for buildings with wooden structures up to 4 storeys. Based on the results of these tests, there have been developed proposals to include fire technical parameters in the regulatory requirements for buildings of classes I–III of fire resistance and structural fire hazard class C3. Further research is necessary to develop proposals for inclusion in the regulatory documents for fire safety of multi-storey residential and public buildings made of timber structures up to 28 metres in height.

An evaluation method of construction reliability of cable system of cable-stayed bridge based on Bayesian network

PurposeAs an important load-bearing component of cable-stayed bridge, the cable-stayed cable is an important load-bearing link for the bridge superstructure and the load transferred directly to the bridge tower. In order to better manage the risk of the cable system in the construction process, the purpose of this paper is to study a new method of dynamic risk analysis of the cable system of the suspended multi-tower cable-stayed bridge based on the Bayesian network.Design/methodology/approachFirst of all, this paper focuses on the whole process of the construction of the cable system, analyzes the construction characteristics of each process, identifies the safety risk factors in the construction process of the cable system, and determines the causal relationship between the risk factors. Secondly, the prior probability distribution of risk factors is determined by the expert investigation method, and the risk matrix method is used to evaluate the safety risk of cable failure quantitatively. The function expression of risk matrix is established by combining the probability of risk event occurrence and loss level. After that, the topology structure of Bayesian network is established, risk factors and probability parameters are incorporated into the network and then the Bayesian principle is applied to update the posterior probability of risk events according to the new information in the construction process. Finally, the construction reliability evaluation of PAIRA bridge main bridge cable system in Bangladesh is taken as an example to verify the effectiveness and accuracy of the new method.FindingsThe feasibility of using Bayesian network to dynamically assess the safety risk of PAIRA bridge in Bangladesh is verified by the construction reliability evaluation of the main bridge cable system. The research results show that the probability of the accident resulting from the insufficient safety of the cable components of the main bridge of PAIRA bridge is 0.02, which belongs to a very small range. According to the analysis of the risk grade matrix, the risk grade is Ⅱ, which belongs to the acceptable risk range. In addition, according to the reverse reasoning of the Bayesian model, when the serious failure of the cable system is certain to occur, the node with the greatest impact is B3 (cable break) and its probability of occurrence is 82%, that is, cable break is an important reason for the serious failure of the cable system. The factor that has the greatest influence on B3 node is C6 (cable quality), and its probability is 34%, that is, cable quality is not satisfied is the main reason for cable fracture. In the same way, it can be obtained that the D9 (steel wire fracture inside the cable) event of the next level is the biggest incentive of C6 event, its occurrence probability is 32% and E7 (steel strand strength is not up to standard) event is the biggest incentive of D9 event, its occurrence probability is 13%. At the same time, the sensitivity analysis also confirmed that B3, C6, D9 and E7 risk factors were the main causes of risk occurrence.Originality/valueThis paper proposes a Bayesian network-based construction reliability assessment method for cable-stayed bridge cable system. The core purpose of this method is to achieve comprehensive and accurate management and control of the risks in the construction process of the cable system, so as to improve the service life of the cable while strengthening the overall reliability of the structure. Compared with the existing evaluation methods, the proposed method has higher reliability and accuracy. This method can effectively assess the risk of the cable system in the construction process, and is innovative in the field of risk assessment of the cable system of cable-stayed bridge construction, enriching the scientific research achievements in this field, and providing strong support for the construction risk control of the cable system of cable-stayed bridge.

Кризові екологічні комунікації в контексті збройного конфліктуяк предмет соціологічного аналізу

The purpose of the studyis to analyze the sociological discourse in the field of crisis environmental communications in the context of crisis (armed conflict).Research methods:the basic research method was case and content analysis, which are suitable for studying previous research on the achievements of scientists on environmental threats and crises, crisis communications, as well as further understanding of the importance of crisis environmental communications during armed conflicts.Results:The war in Ukraine is a crisis that significantly affects the environment and deepens the environmental crisis. Crisis environmental communications and crisis management are important forovercoming such crises. Having a communication plan and a professional team in place in a crisis is the basis for preventing and overcoming it. The author examines the impact of previous armed conflicts, in particular, the war in Yugoslavia, on the region’s ecology, as well as its experience in bringing to justice for environmental damage. In particular, it was found that the experience of prosecution under international humanitarian lawisminimal, and the issue of environmental protection during armed conflict is practically unregulated and extremely difficult to prosecute. Ukraine’s previous environmental crisis communications before and after the Russian army blew up the Kakhovka hydroelectric power plant dam indicates the lack of thorough prior communication training.Conclusions:the analysis shows that understanding and acceptance of environmental risks is important for their prevention and response to crisis situations. Learning from its own experience and analyzing previous crises in other countries, Ukraine should conduct environmental crisis communications in compliance with the rules of conducting such communications, sharing this experience with other countries. This is an important tool for preventing environmental disasters and reducing their consequences. Keywords: crisis environmental communications, crisis communications, Yugoslavia, crisis, war in Ukraine, armed conflict, ecology, Russian Federation.

Transforming Global Health: Dr. Gagandeep Kang's Legacy in Microbiology and Public Health.

Dr. Gagandeep Kang is a towering personality in the field of microbiologyand is known for her groundbreakingwork globally. She made seminal discoveries in areas of enteric infections, vaccine development, and public health that have created a sea of change in scientific understanding and healthcare, probably beyond the borders of India. It was in honor of her achievements in science and the continuing impact of her studies on microbiology and public health that this review article was undertaken. The purpose of the article, therefore, was to incorporate a detailed analysis of her work primarily for an advanced and professional audience of microbiologists.

Foreword

The Congress of Automotive and Transport Engineering is an annual scientific event initiated in 1990 by the Society of Automotive Engineers of Romania (SIAR) and various Romanian universities with an interest in Automotive and Transport Engineering. This Congress is endorsed by EAEC (European Automotive Engineers Cooperation). The XXXII-nd edition of SIARS’s International Congress with the theme “Automotive and Transport Engineering” and the XVII-th European Automotive Congress was organized for the third time by Department of Mechanical Machines, Equipment and Transportation from the Politehnica University Timisoara. The Congress purpose is to gather members from academia, industry and government affiliated presenting their possibilities for investigations and latest research, to achieve collaborations in the near future in the field of automotive and transport engineering. The Congress hosted 201 participants from Europe, United States of America, Moldova presenting their scientific achievements within plenary sessions and congress sections. Thus, the auditorium had the opportunity to: • Gain insight into the cutting edge automotive and transport industry and ideas for future developments; • Update their skills and knowledge by attending focused technical sessions; • Network with potential new partners, clients and suppliers; • View the latest technology products and services in the technical exhibition. The papers included in this volume were selected by the Scientific Committee amongst the ones presented within the Congress and are covering the latest issues such as advanced powertrain and propulsion, automotive design and testing, terrain vehicles, advanced engineering methods, materials, automotive technology and maintenance, road safety, mobility of things. EAEC-MVT 2022 Student Congress was integrated into the main congress and offered students from around the world the opportunity to participate at an international conference and to present their papers on the main congress topics. This was also the meeting place for the young students (SIAR junior’s members) in an International Congress. We hope that these papers will be of interest to experts from academia and industry around the world and we wish them to create a favourable framework for addressing key issues in the field of Automotive and Road Transport Engineering that concern contemporary society today. Yours faithfully, EAEC-MVT 2022 Proceedings Editors List of Acknowledgement, Organizing Committee, Sponsors are available in this Pdf.

THE СONCEPT OF THE FUTURE IN THE ARTISTIC SYSTEM OF V. MAYAKOVSKY AND ITS CONSTANTS

The article is devoted to the concept of the Future as one of the key and comprehensive categories that characterize the work of V. V. Mayakovsky. The importance of this concept was already realized by the poet’s contemporaries M. Gorky, K. Chukovsky, M. Tsvetaeva. However, in the Soviet years, the topic was narrowed down to an ideologically motivated “communist future.” A significant methodological update that took place at the turn of the century allowed to expand the context of research, to compare Mayakovsky’s works about the future with the philosophical views of Russian cosmism, N. F. Fedorov’s ideas of the resurrection, the scientific theories of Lobachevsky, Tsiolkovsky, and Einstein. These achievements of Russian science were successfully integrated into the global cultural space, where the phenomenon of Mayakovsky was actively received. Against the background of various theoretical and methodological approaches to the study and interpretation of the Future, Mayakovsky’s worldview examines the poet’s characteristic desire to create an image of the life of a person and society dynamically, from the present time to several centuries ahead. To systematize the concepts associated with the concept of the Future, we propose a kind of a metaphorical time scale, on which four constants are designated on a vertical axis: today, tomorrow, future, and eternity. Each of the ascending levels is associated with the reflection of ideas about the Future, with its active development, inherent in Mayakovsky throughout his life. The desire to anticipate and bring the Future closer through creativity and the construction of utopian models of life, love, art, and an ideal society is clearly reflected at all the levels under consideration.

The Daniel H. Wagner Prize for Excellence in the Practice of Advanced Analytics and Operations Research: Introduction to the 2023 Competition and Some History on the Prize’s 25th Anniversary

The judges for the 2023 competition selected the three finalist papers featured in this special issue of the INFORMS Journal on Applied Analytics (IJAA). The prestigious Wagner Prize—awarded for achievement in implemented operations research, management science, and advanced analytics—emphasizes the quality and originality of mathematical models along with clarity of written and oral exposition. This year’s winning submission describes the design and deployment of an approach to accommodate the assembly of semiconductor products using multidie packages, a powerful and innovative approach to manufacturing a wide range of strategically designed semiconductors. The authors refer to the problem as the sort-assemble-blend routing problem (SABR-P), and their approach to solving the SABR-P is a combination of genetic algorithms, Monte Carlo simulations, linear programming, and machine learning. The remaining papers describe an integrated approach to system-wide deployment of nurses that facilitates the movement of nurses between hospitals, and a multiple-stage process that consolidates parcels ordered by the same consumer from one or more merchants during the fulfillment process. In addition, we provide some historical perspective on the Daniel H. Wagner Prize for Excellence in the Practice of Advanced Analytics and Operations Research. We show the titles, abstracts, and names and affiliations for its recipients for each year in which the prize has been awarded. Finally, we provide links to the winning papers, which have been published by INFORMS Journal on Applied Analytics (formerly Interfaces). Supplemental Material: Full presentation videos with slides are available in the INFORMS Video Library at https://www.informs.org/Resource-Center/Video-Library and as electronic companions to the INFORMS Journal on Applied Analytics articles.

Eufemiusz J. Herman: A Pioneer and Leader in Polish Neurology.

Eufemiusz J. Herman was a pioneering figure in Polish neurology whose contributions spanned clinical practice, research, and education. Born in 1892, his career was marked by a deep understanding of neurological semiology, which he honed under the mentorship of Edward Flatau. Herman was a true scientist and physician, demonstrating his dedication to research even before graduating from medical school. His commitment to scientific inquiry persisted even during the harrowing conditions of the Warsaw Ghetto, where, amidst an epidemic of typhus, he documented and treated the neurological complications of the disease. His extensive body of work, comprising 17 books and over 200 scientific papers, led to the description of several enduring clinical signs, including the eponymous Herman's syndrome (post-traumatic syndrome with livedo racemosa universalis) and the nuchal-toe sign in meningitis. Herman's enduring legacy encompasses not only his scientific discoveries but also his pivotal role in shaping Polish neurology. His work bridged pre- and postwar neurological traditions, laying the foundation for modern neurological practice in Poland and contributing to the international advancement of the field. This paper reviews Herman's most noteworthy scientific achievements and their impact on neurological practice.

Professor Tomasz "Zielu" Zieliński - an outstanding Polish sedimentologist: biography, scientific achievements, hobbies and publications

Professor Tomasz "Zielu" Zieliński - an outstanding Polish sedimentologist: biography, scientific achievements, hobbies and publications

Investigating Elementary Teachers' Perceptions of Traditional Science Teaching Methods within the Single National Curriculum Framework

This study investigates elementary teachers' perceptions of traditional science teaching methods within the Single National Curriculum (SNC) at the elementary level. The primary objectives were to evaluate the science achievement of Grade IV students using both cooperative and traditional teaching methods, to compare the effectiveness of these methods based on students' ability levels, and to assess their impact across different science content areas. The study involved 69 elementary teachers, who provided data through a self-developed questionnaire, validated and tested for reliability using Cronbach’s Alpha during a pilot study. The data, collected via oral explanations followed by questionnaire completion, were analysed using statistical techniques such as mean and standard deviation. The findings reveal a preference among some teachers for traditional methods, citing their effectiveness in content delivery. However, there is also recognition of the need to enhance these methods with innovative techniques to improve student engagement and understanding. The study recommends refining traditional teaching approaches by integrating technology and experiential learning opportunities, ensuring a more comprehensive and effective science education experience for elementary students within the SNC framework.

Sains dan Sastra Pada Zaman Dinasti Abbasiyah

The Abbasid Dynasty (750-1258 CE) stands as one of the most illustrious periods in Islamic history, marked by significant advancements in science and literature. These achievements were driven by several factors, including political stability, economic prosperity, and government policies that promoted research and education. During this era, Baghdad, the capital of the caliphate, emerged as the intellectual hub of the world, attracting scholars, philosophers, and writers from diverse backgrounds.Science during the Abbasid Dynasty encompassed various disciplines such as mathematics, astronomy, medicine, chemistry, and physics. Muslim scholars not only translated classical works from Greek, Persian, and Indian sources into Arabic but also conducted original research and made substantial innovations. Figures like Al-Khwarizmi, known as the father of algebra, and Al-Razi, a pioneer in medicine, symbolize the scientific achievements of this period.In the realm of literature, the Abbasid era also witnessed remarkable growth. Poetry, prose, and other literary works flourished, with contributions from notable writers such as Al-Jahiz and Al-Mutanabbi. These literary works not only reflect the cultural and intellectual richness of the time but also provide insights into the social and political life under the Abbasid caliphate.Several factors contributed to these advancements, including the presence of large libraries such as the House of Wisdom (Bayt al-Hikma), which served as centers for translation and research, and the patronage of caliphs who supported the development of science and the arts. The synergy between political stability, economic support, and visionary government policies created an environment conducive to the progress of science and literature.Thus, the Abbasid Dynasty not only represents a significant milestone in Islamic history but also greatly contributed to the advancement of human civilization through its achievements in science and literature.

РОЛЬ НАСТАВНИКА В СТАНОВЛЕНИИ В НАУЧНОЙ ДЕЯТЕЛЬНОСТИ СТУДЕНТОВ

The article highlights theoretical approaches to the study of the current task of developing students' interest in science. As part of the study, in which 737 students of Sechenov University took part, it was revealed that at the stage of school education, the presence of a scientist-mentor with authority among students has a significant positive impact on the process of developing young people’s readiness to engage in scientific work, increasing the level of confidence to the scientific community, as well as to science in general. These results highlight the importance of authoritative mentoring in fostering scientific aspirations and belief in scientific achievement among younger generations

Інтелектуальний капітал і його значення для забезпечення економічної стабільності та національної безпеки

In today’s context of globalization and rapid technological development, intellectual capital has become a crucial resource for ensuring economic stability and national security. Unlike traditional factors of production such as land and labor, modern economic models are based on knowledge, innovation, and technology, which drive countries’ competitiveness in the international arena. Intellectual capital encompasses all intangible assets that create added value, including knowledge, skills, patents, technologies, organizational culture, and more. Its importance to national security is underscored by the necessity to foster innovation, cybersecurity, and effective management of information resources in the face of modern threats. It has been demonstrated that the introduction of new technologies and product development significantly boosts economic activity, which in turn stimulates the creation of new jobs. Employment levels increase, and the overall well-being of the population improves. Intellectual capital provides the foundation for the development of new defense systems, cybersecurity, the protection of intellectual property, and strategic risk management. Economic stability is a critical indicator for any country, as it determines the population’s standard of living, the competitiveness of enterprises, and resilience to global crises. It has been established that the weighted distribution of each element’s contribution to national security is based on various factors: cybersecurity (25%), protection of information resources (20%), the role of science (20%), defense capability (15%), and strategic risk management (20%). Protecting intellectual property, including patents, copyrights, and trademarks, becomes a key factor in preserving scientific and technological achievements and preventing industrial espionage. Keywords: intellectual capital, economic stability, national security, innovation, human capital, information security, structural capital, enterprises.