Abstract: This article highlights the scientific legacy of Abu Nasr al-Farabi, a great thinker of the Eastern Renaissance, and his influence on the development of modern fields. The scholar’s ideas on logic, philosophy, education, and society are analyzed, with special emphasis on his role in the processes of speech, thinking, and scientific analysis. The article demonstrates the relevance of al-Farabi’s views to today’s scientific and practical activities and emphasizes that his legacy is an important source in the formation and development of my field.
The development of every field is closely connected with the research, scientific ideas, and heritage of great scholars who lived and created in their time. One of the scholars who had the greatest influence on my field is Abu Nasr al-Farabi, who was honored with the high title “Muallim as-Sani” — the “Second Teacher” of the East. Al-Farabi’s ideas about human thinking, science, and the development of society have remained relevant not only in his own time but also today.
In 941, the scholar began living in poverty in Damascus. Despite this, he continued to pursue knowledge and conducted research in philosophy and other sciences. He gained the respect and patronage of the ruler of Aleppo, Sayf al-Dawla Hamdanid (reigned 943–967), who was known as a supporter of scholars. Although the ruler invited al-Farabi to his palace, he preferred to live a free and independent life. Nevertheless, his life in Aleppo was productive, and he wrote many of his works there. Between 949–950, al-Farabi lived in Egypt and later returned to Damascus, where he spent the last years of his life. He was buried in the Bab al-Saghir cemetery in Damascus. According to available sources, al-Farabi wrote more than 160 works, although many of them have not survived. Even the existing treatises prove his greatness as a scholar.
Al-Farabi created during the early Middle Ages, in the period of the Eastern Renaissance, which was characterized by the growth of productive forces, the development of crafts, irrigation systems, the construction of new cities, and the flourishing of cultural and spiritual life. Trade expanded in the 9th–10th centuries, especially with India, China, Byzantium, and African countries. Although the period was not free from conflicts, al-Farabi’s philosophical views reflected both the achievements and the contradictions of his time.
One of his greatest contributions to science was interpreting and enriching the works of Greek philosophers with new ideas. Al-Farabi wrote commentaries on Aristotle and was known as a promoter and continuer of his natural philosophical ideas. He also commented on the works of Plato, Alexander of Aphrodisias, Euclid, Ptolemy, and Porphyry. Moreover, he was familiar with the works of Hippocrates, Epicurus, Anaxagoras, Diogenes, Chrysippus, Aristippus, Socrates, and Zeno, and had a deep understanding of Epicurean, Stoic, Pythagorean, and Cynic schools.
Al-Farabi developed a comprehensive classification of sciences, considered perfect in the Middle Ages. In his treatises “On the Origin of the Sciences” and “On the Classification of the Sciences,” he described nearly thirty fields of knowledge known in his time. One of his important ideas is his doctrine of the universal intellect and universal soul, which he considered eternal. According to him, the human soul and intellect do not disappear after death but unite with the universal intellect and soul. In this teaching, there are profound ideas about the eternity of the world, the immortality of human essence, and the continuity of human knowledge and spiritual culture. Al-Farabi also substantiated the rational method of knowledge and emphasized observation, debate, sensory perception, and scientific reasoning.
One of the qualities that made al-Farabi great was his boundless love for knowledge and his belief that knowledge is the main criterion of life. He created major works in logic, philosophy, music, mathematics, linguistics, and political science. His logical ideas later had a strong influence on European science and helped deepen the understanding of Aristotle’s works.
Why do we need al-Farabi?
First, because he established the fundamental principles of science in fields such as logic, philosophy, politics, music, pedagogy, and psychology. Much of modern scientific thinking is based on his ideas.
Second, because he presented ideas that lead humans toward perfection. His work “The Virtuous City” discusses the ideal society and the perfect human being, and its ideas about education, morality, and governance remain important today.
Third, because he unified knowledge by emphasizing the interconnection of all sciences, which forms the basis of modern interdisciplinary studies.
Fourth, because he teaches us how to think — to analyze logically, rely on evidence, and study knowledge systematically, which is essential for success in any field.
Fifth, because his legacy still addresses modern problems such as justice, governance, morality, and education, proving that his ideas remain timeless.
In my field — language, literature, and scientific analysis — al-Farabi’s greatest contribution is his scientific explanation of the relationship between thought and speech. Through logical categories such as concept, judgment, and conclusion, he developed a methodology for correctly understanding and interpreting texts. Today, concepts such as text analysis, argumentation, and logical speech are rooted in al-Farabi’s works. Furthermore, his ideas about society in “The Virtuous City” correspond to many aspects of modern democratic principles, and his views on education continue to influence modern pedagogy.
The scholar’s legacy strengthens my love for knowledge, deepens my thinking, and reminds me that every word and every idea must have a logical foundation. Al-Farabi teaches the eternity of knowledge and the limitless nature of human thought. Therefore, I consider it an honor to follow his path in my field and draw inspiration from his scientific heritage.
References:
1.National Encyclopedia of Uzbekistan, Vol. 1, “Farabi,” Tashkent, 2000, p. 412.
2.Jumaboyev, Y. From the History of the Development of Philosophical and Ethical Thought in Uzbekistan, Tashkent, 1997, p. 187.
3.Al-Farabi, The Virtuous City, Tashkent: Yangi Asr Avlodi, 2010, p. 164.
4.Yuldashev, M. Al-Farabi’s Philosophy and the Eastern Renaissance, Tashkent, 2005, p.
214.
Halilova Ruxshona Abdufattohovna was born on October 16, 2007, in Sariosiyo district of Surkhandarya region. She is currently a first-year student at the Denov Institute of Entrepreneurship and Pedagogy, Faculty of Philology, majoring in Uzbek Language and Literature. She holds a National Certificate in her native language. In addition, she has obtained more than 100 international and local certificates. She is a member of the Argentine “Science and Literature Writers” Association and has a membership certificate. Her articles are indexed on Google, and her creative works have been included in many anthologies. She has also participated in several prestigious competitions.
GLOBAL AIR POLLUTION AND ITS IMPACTS ON HUMAN LIFE
Student of English philology faculty of Uzbekistan State World Language University
E-mail: gafforovaxadicha5@gmail.com
Annotation
One of the most pressing issues worldwide is severe air pollution. This article discusses the significant changes occurring in the global climate and examines how such environmental problems negatively affect human life. Furthermore, several factors contributing to the intensification of air pollution are analyzed, and potential solutions to mitigate its adverse effects are proposed.
Keywords:
Pollution, transportation, cosmic dust, Tashkent
Introduction:
The term atmosphere is derived from Greek, where atm means “vapor” and sphaira means “envelope.” The atmosphere is the Earth’s primary protective layer, shielding humanity from harmful cosmic particles and radiation. Without this protective layer, the Earth would be irreversibly damaged. Consequently, air pollution, as one of the most critical global issues, demands collective attention and action.
Air pollution is among the most urgent problems worldwide, and it arises from multiple sources. First, there is the increasing dependence on personal transportation. For instance, in most developed countries, virtually every household owns at least one personal vehicle. As of October 2025, the world population exceeded 8.2 billion, currently standing at approximately 8,218,034,614. Nearly half of this population relies on automobiles, contributing significantly to atmospheric contamination.
The heavy traffic congestion commonly observed in urban areas exacerbates this issue, as idling engines emit harmful gases that deteriorate air quality.
Second, the expansion of industrial activities, particularly the establishment of factories and plants, contributes substantially to air pollution. Industries employ various materials that, when processed through melting, refining, or hardening, release hazardous gases into the atmosphere. For example, emissions from large industrial complexes such as the Almalyk Mining and Metallurgical Combine (OKMK) release sulfur dioxide(SO₂)and other heavy metals, seriously impairing local air quality.
Another critical factor in air pollution is human negligence. Despite the global significance of this ecological issue, the proliferation of factories, excessive use of vehicles, and improper waste management persist largely due to public indifference. Many individuals perceive environmental preservation as unrelated to their personal actions, often thinking, “What difference can one person make?” Such indifference accelerates environmental degradation. Even simple acts, like discarding plastic bottles or papers on the street, contribute to pollution, as these materials take years to decompose. Similarly, routine vehicle inspections to reduce emissions are frequently neglected. It is essential to recognize that small, conscientious actions—reducing waste, planting trees, and maintaining cleanliness—can collectively generate substantial positive impacts.
Proposed Solutions:
Several strategies can mitigate the problem of air pollution. Firstly, promoting the rational use of transportation is crucial. Excessive reliance on personal vehicles emits harmful gases such as carbon dioxide and methane, reducing the oxygen content in the air and posing health risks. Encouraging public transportation, including buses, subways, and trams, along with the expansion of cycling lanes and pedestrian pathways, can significantly reduce vehicular emissions. Additionally, the adoption of electric and hybrid vehicles offers a practical solution to lower atmospheric contamination.
Secondly, enforcing strict environmental regulations in industrial sectors is vital. While industrial growth is critical for economic development, emissions from factories severely harm the environment. Implementing advanced filtration systems, purification devices, and waste reduction technologies in factories can prevent the rapid dispersion of harmful substances. Moreover, industries can utilize renewable energy sources, such as solar, wind, or bioenergy, to minimize their environmental footprint. Companies should also actively participate in ecological initiatives, including afforestation and the creation of greenspaces, to compensate for environmental damage.
Thirdly, raising public environmental awareness is essential. People often consider environmental protection the sole responsibility of governments or ecological organizations, overlooking their personal duty to safeguard nature. Therefore, integrating environmental education into school and university curricula, promoting conservation through media and social networks, and organizing community activities such as tree planting and waste segregation can foster ecological responsibility. Trees, as natural “living filters,”absorb carbon dioxide and release oxygen, improving air quality while providing aesthetic and psychological benefits. Establishing urban green spaces, parks, and recreational areas further enhances air circulation and environmental well-being. Encouraging each individual to plant at least one tree per year can create a sustainable ecological foundation for future generations.
Conclusion:
Air pollution is not merely an ecological concern; it is closely linked to human health, societal well-being, and the fate of future generations. Polluted air compromises the quality of oxygen we breathe, increasing the risk of cardiovascular diseases, respiratory infections, allergies, and other health problems. Scientific evidence indicates that the primary cause of global air pollution is human activity, exacerbated by ecological indifference.
Therefore, every individual’s participation is crucial in improving air quality. Society must collectively promote responsible transportation habits, enforce strict industrial environmental standards, and cultivate environmental awareness through education and community engagement. Simple measures—such as tree planting, maintaining cleanliness, and segregating waste—can yield significant results.
Nature is not a temporary dwelling; it is our only home, the foundation of our existence and life. We derive air, water, food, and peace from it. Hence, protecting, preserving, and respecting nature is our duty. By treating the environment with care today, we ensure that it will continue to sustain and bless us in the future. Conversely, neglect and indifference threaten not only our lives but also the well-being of future generations.
G’afforova Hadichaxon was born on November 1, 2007, in Beshariq district, Fergana region. She is currently a first-year student at the Uzbekistan State University of World Languages.
Light cascades like a shower over the body of dawn.
Yet I am still, deep in sleep,
Something tightens inside my chest, my breath pauses— as if I am slipping into an even deeper sleep.
In the depth of sleep, the morning air outside spreads its tenderness. Behind closed doors, like a child, I swim through dreams.
How far have I traveled, how much time have I crossed? There is no measure for it. Never did I imagine sleep could have such scales.
Sleep is dear to me. Like a shade of peace, something smiles within. With a cheerful heart, I play in the field all afternoon long.
Before I even notice, the games have stopped.
Night falls, darkness thickens.
Crossing the dark, when did dawn arrive again? How many birds sing in the morning air, how much light falls softly— there is no keeping count.
Inside this closed room, only the hours of sleep remain. Morning air walks a long road outside, while I, within sleep, cross over to that distant land of Kusumpur.
Before dreams fully break, the body grows strangely heavy. Someone once said, Waking early fills the heart with freshness, sets life in motion.
So I only wonder— are we all, in some way, such lovers of sleep?
Md. Mahbubul Alam is from Bangladesh. His writer name is Mahbub John in Bangladesh. He is a Senior Teacher (English) of Harimohan Government High School, Chapainawabganj, Bangladesh. Chapainawabganj is a district town of Bangladesh. He is an MA in English Literature from Rajshahi College under National University. He has published three books of poems in Bangla. He writes mainly poems but other branches of literature such as prose, article, essay etc. also have been published in national and local newspapers, magazines, little magazines. He has achieved three times the Best Teacher Certificate and Crest in National Education Week in the District Wise Competition in Chapainawabganj District. He has gained many literary awards from home and abroad. His English writings have been published in Synchronized Chaos for seven years.
Once when he was in grade ten in 1990, his Bangla letter was selected as the best one from Deutsche Welle, Germany Radio that broadcast Bangla news for the Banglalee people. And he was given 50 Dutch Mark as his award. They would ask letters from the listeners to the news in Bangla and select one letter for the best one in every month.
From 17 to 30 September, in 2018 he received a higher training in teaching English language in Kasetsart University of Thailand for secondary level students through a government order from education ministry.
On 06 November 2015 he achieved Amjad Ali Mondal Medal for his contribution in education field by a development organization in the conference and felicitation function for the honorable personalities at Rajshahi College Auditorium.
On 30 December 2017 from West Bengal in India he was declared a ‘Literary Charioteer’ in Bangobandhu Literary and World Bango Conference and they awarded him with a Gold Medal in their International Literary Conference and Prize Giving Ceremony.
In 2018, he achieved Prodipto Lirerary Award in Prodipto Literary Conference at Kesorhat, Rajshahi for poems in Bangla literature. He received honorary crest from the administration of Chapainawabganj District Literary Conference and Cultural Function in 2021 and 2022 consecutively.
His poems have been published in many international online magazines such as Juntos Por las L Raven Cage Zine, and Area Felix. His poems have been translated and published in Argentine and Serbian, and he participated in many international online cultural meetings.
This article analyzes the emergence of the digital economy, the importance of digital technologies in the global economy and social life, the development of digital platforms, as well as the advantages and disadvantages of the digital economy. Based on the analysis, several proposals have been developed to address existing problems.
Key words:
Global Internet Protokol (IP) trafigi, innovatsion platformalar, onlayn platformalar, raqamli iqtisodiyot, raqamli platformalar, raqamli transformatsiya, ‘‘Raqamli O‘zbekiston – 2030 ‘‘, robototexnika, sun’iy ong, super platformalar, tarmoq effekti, tranzaksion platformalar.
Аннотация.
В данной статье анализируется возникновение цифровой экономики, значение цифровых технологий в мировой экономике и обществе, развитие цифровых платформ, преимущества и недостатки цифровой экономики. На основе анализа разработаны некоторые предложения по устранению существующих проблем.
This article analyzes the emergence of the digital economy, the importance of digital technologies in the world economy and society, the development of digital platforms, the advantages and disadvantages of the digital economy. Based on the analysis, some proposals have been developed to eliminate existing problems.
Keywords:
Global Internet Protocol (IP) traffic, innovative platforms, online platforms, digital economy, digital platforms, digital transformation, ‘‘Digital Uzbekistan – 2030‘‘, robotics, artificial intelligence, super platforms, network effect, transactional platforms.
Introduction
The digital revolution has transformed our lives and societies to an unprecedented extent, creating significant opportunities in the economy while also giving rise to certain challenges. The development of the digital economy is one of the priority areas for leading countries such as the United States, the United Kingdom, Germany, and Japan. In recent years, a new wave of development in business and the social sphere has been driven by a new generation of digital technologies, including artificial intelligence, robotics, and wireless communication technologies.
New technologies can make a substantial contribution to the achievement of the Sustainable Development Goals; however, the expected positive outcomes may not always be fully realized. If we aim to harness the full social and economic potential of digital technologies, it is essential to urgently enhance cooperation among states in order to prevent unintended consequences. In our country as well, special attention has begun to be paid to the development of this sector. In his Address to the Oliy Majlis on December 28, 2018, the President of the Republic, Sh. Mirziyoyev, proposed the implementation of the “Digital Uzbekistan – 2030” program by 2030.
Analysis of the Relevant Literature
The concept of the digital economy was first introduced in the 1990s during the period of economic crisis in Japan by a Japanese professor. First of all, it should be noted that the digital economy consists of a chain of interrelated production and management processes, the integral element of which is the exchange of information carried out through inter-chain digital technologies (human-to-human, machine-to-machine, via cloud systems, and between data centers).
The main objectives of the digital economy program have been highlighted in the literature. The digital economy represents a form of economic activity in which data in digital form serve as the key factor in production and service delivery. By processing large volumes of information and analyzing the results of such processing, more efficient solutions are implemented in various areas, including production, service provision, technologies, devices, storage, and product delivery, compared to traditional systems.
In other words, the digital economy is an activity associated with the development of digital computer technologies, encompassing online service provision, electronic payments, e-commerce, crowdfunding, and other related fields. In our view, the digital economy is an economic activity carried out and managed through digital technologies under conditions of scarce economic resources. The main challenge facing any economic system is resource scarcity, and in the digital economy, primary attention should also be directed toward addressing this issue.
Research Methodology
In the article, comparative–evolutionary analysis is used to study the role of digital platforms in the global economy. Statistical and mathematical methods are applied to analyze the market capitalization of companies occupying higher and lower positions, as well as the development trends of transnational companies based on digital platforms. Statistical grouping and comparison methods are used to assess Internet coverage across regions. In addition, the level of Internet traffic usage in the development of the digital economy is explained on the basis of dynamic analysis.
Analysis and Results
The following advantages of the digital economy are identified; it is estimated that labor productivity may increase by up to 40%:
the digital economy has the capacity to collect, use, and analyze a very large amount of information (digital data);
• the emergence of new forms of employment delivered through online platforms;
the emergence of new forms of employment delivered through online platforms;
changes in the commercial infrastructure for specialized services as a result of digital transformation.
changes in the commercial infrastructure for specialized services as a result of digital transformation.
The export of industrial products is increasingly dependent on ICT products and services;
New technologies, especially artificial intelligence, will inevitably bring significant changes to the labor market, including the disappearance of jobs in certain sectors and the creation of large-scale opportunities in others;
The digital economy also introduces new risks, ranging from cybersecurity breaches to facilitating illegal economic activities and threats to personal privacy. It continues to develop rapidly based on the capacity to collect, utilize, and analyze massive amounts of machine-readable data (digital data) covering almost everything. For example, global Internet Protocol (IP) traffic, as a proxy for data flow, increased from 100 gigabytes (GB) per day in 1992 to 45,000 GB per second in 2017, marking only the early days of a data-driven global economy. By 2022, global IP traffic is projected to reach 150,700 GB per second.
Cost is formed when the provided data is converted into digital intelligence and monetized for commercial use. Digital platforms provide mechanisms for multiple parties to interact and collaborate online. There are transactional and innovation platforms. Transactional platforms are multi-sided markets that support exchanges between different parties through online infrastructure. These are operated by major digital corporations such as Amazon, Alibaba, Facebook, and eBay.
Moreover, digital network-supported platforms, such as Uber, Didi Chuxing, or Airbnb, have become the primary business model for those who adopt them. Innovation platforms, such as operating systems (e.g., Android or Linux) or technology standards, provide an environment for developing applications and software packages, as well as producing code and content.
Over the past decade, numerous digital platforms based on data-driven business models have emerged worldwide, replacing existing industrial sectors. The advantage of these platforms is evident: seven out of the eight leading global companies by market capitalization rely on platform-based business models.
The economic geography of the digital economy does not reflect the traditional North–South divide. It is largely driven by developed and consistently advancing countries, primarily the United States and China. For example, these two countries account for 75% of all patents related to blockchain technologies, 50% of global expenditures on the Internet of Things (IoT), and over 75% of the global market for widely used cloud technologies. Remarkably, they also represent 90% of the market capitalization of the world’s 70 largest digital platforms. Europe’s share is only 4%, while Africa and Latin America account for just 1%.
These are “super platforms” – Microsoft, followed by Apple, Amazon, Google, Facebook, Tencent, and Alibaba – which together constitute two-thirds of the total market value. Consequently, in many areas of digital technological development, the rest of the world, especially Africa and Latin America, lags significantly behind the United States and China. Some of the existing trade frictions reflect the pursuit of global dominance in the latest technologies.
The value of the digital economy, as well as the creation and capture of related value, faces several challenges. First, there is no universally accepted definition of the digital economy.
In the ICT sector, computer services constitute the largest component, accounting for 40% of added value. Secondly, in developing countries, reliable statistics on the main components and scale of this sector are lacking. Although several initiatives have been undertaken to improve the situation, they are insufficient and hinder the rapid development of the digital economy.
The size of the digital economy varies between 4.5% and 15.5% of global GDP. Regarding the added value in information and communication technologies (ICT), the United States and China together account for nearly 40% of global GDP. The share of this sector in GDP is highest in Taiwan (China), Ireland, and Malaysia.
The United States dominates the global computer services industry; its share of industrial added value in this sector exceeds the combined share of the nine largest economies. Among developing countries, India has the largest share in this regard.
Digital platforms are becoming increasingly significant in the global economy. The total value of platform companies with a market capitalization exceeding USD 100 million was estimated at over USD 7 trillion in 2017, a 67% increase compared to 2015. Some global digital platforms have achieved very strong market positions in specific sectors.
Facebook accounts for two-thirds of the global social media market and is considered the leading social media platform in over 90% of the world economy. Amazon holds approximately 40% of global online retail activity, and its Amazon Web Services (AWS) also captures a similar share of the global cloud infrastructure services market. In China, WeChat (owned by Tencent) has over one billion active users, and together with Alipay (Alibaba), its payment solution has nearly dominated the entire Chinese mobile payment market. Additionally, Alibaba accounts for approximately 60% of China’s e-commerce market.
Alphabet (Google) and Microsoft have invested in telecommunications equipment by acquiring Motorola and Nokia, respectively. Large platforms have also made major acquisitions in retail, advertising, marketing, and commercial real estate sectors. The functioning of the digital economy depends on coordinated policies across many countries.
Data privacy and data security require particular attention. Laws and regulations are necessary to combat the theft of personal data, establish rules on how personal information is collected, used, transferred, or deleted, and ensure that business models based on the digital economy generate societal benefits. The European Union’s General Data Protection Regulation (GDPR), which came into effect in May 2018, represents a globally significant, comprehensive approach to data protection.
Digitalization affects different countries in varying ways, and individual governments require policy frameworks to regulate the digital economy in order to achieve the objectives of diverse national legal and policy agendas.
Conclusion and Recommendations
Digital transformation has become increasingly important today, particularly in the context of the ongoing pandemic. Recognizing the role of the digital economy in national economies and its significance for global economic development, it is advisable to implement the following measures:
Study and adopt more comprehensive support mechanisms from countries that are advancing in the digital economy;
Establish the regulatory and legal framework for the digital economy in our country;
Develop the necessary infrastructure for the digital economy, prioritizing the connection of regions with limited or no Internet access;
Improve the system for training specialists and professionals required for the digital economy;
Promote joint research initiatives among governments, civil society, academia, the scientific community, and the technology sector to identify innovative solutions;
Ensure the rational use of new technologies to redefine digital development strategies, anticipate future trends in globalization, strengthen partnerships, and enhance intellectual leadership.
References
1. Ayupov, R. X., & Baltabaeva, G. R. (2018). The digital currency market: Innovations and development prospects. Tashkent: Fan va Texnologiya. 172 pp.
2. World Trade Organization. (2019). World Trade Statistical Review 2019.
3. Kurpayanidi, K., & Ilyosov, A. (2020). Problems of the use of digital technologies in industry in the context of increasing the export potential of the country. ISJI Theoretical & Applied Science, 113–117.
4. Abdullayev, A. M., & Kurpayanidi, K. I. (2020). Analysis of industrial enterprise management systems: Essence, methodology, and problems. Journal of Critical Reviews.
5. UNCTAD. (2020). Digital 2019: Global digital overview. Value creation and capture: Implications for developing countries. United Nations Conference on Trade and Development.
Fotima Turdimurodova is a student at Bukhara Innovations University. Her main academic interests include economics, particularly digital economy and market economy. In her article titled “Market Economy in the Digital Economy,” the author comprehensively examines current issues and existing challenges in the field. She is currently engaged in scientific research in the field of economics.
