XADICHA SULAYMONOVA — THE FIRST UZBEK WOMAN CHEMIST

SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 60 XADICHA SULAYMONOVA — THE FIRST UZBEK WOMAN CHEMIST F.E. Saidova Chemistry Teacher https://doi.org/10.5281/zenodo.17861967 Abstract. This article explores the life, scientific activity, contribution to the development of science and society of Khadicha Sulaymonova, the first Uzbek female Doctor of Chemical Sciences and Professor. It also highlights her scientific school and students. Keywords: Khadicha Sulaymonova, chemistry, first female scientist, organic chemistry, scientific school. Introduction. At the beginning of the 20th century, science and education in the territory of Uzbekistan began to enter a new stage of development. In particular, chemistry became one of the priority areas of state policy due to its importance for the national economy and industrial progress. Although most scientists engaged in research during this period were men, the entry of women into the scientific community required considerable courage and dedication. It was during this challenging period that Xadicha Sulaymonova became the first woman in the history of Uzbekistan to earn a doctoral degree in chemistry. Her determination, thirst for knowledge, and diligence paved the way for Uzbek women in scientific research. Sulaymonova’s life represents a significant chapter not only in the history of chemistry but also in the broader history of Uzbek society. Her research advanced the field of organic chemistry, and her students trained the next generation of chemists. She was also distinguished by her commitment to conducting scientific work in the interests of the people. Sulaymonova’s life demonstrates the heights a woman can reach through perseverance and a passion for knowledge, making the study and promotion of her legacy both scientifically and culturally important. Life and Early Career Xadicha Sulaymonova was born in 1918 in a region of Samarkand province where intellectual and educational activity was particularly strong. At that time, women’s access to education and participation in scientific work were very limited. Society generally confined women to household and family duties, and involvement in scientific or social activities was rare. In this environment, the young Xadicha stood out for her curiosity and eagerness for science. From school, she showed great interest in the natural sciences, especially chemistry. Her fascination with chemical experiments, observation of substances’ properties, and desire to understand them shaped her future scientific path. After successfully completing secondary school, Xadicha Sulaymonova was admitted to the Faculty of Chemistry at the then prestigious Central Asian State University (now Uzbekistan National University). This was a pivotal moment in her life. During her university years, she not only acquired solid scientific knowledge but also had the opportunity to meet leading chemists and engage actively in the scientific community. Even though her student years coincided with World War II, she did not abandon her research. On the contrary, her commitment to science grew stronger. During the war, she focused on integrating research with production and solving practical problems. Her diligence and perseverance during this period laid the foundation for her future SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 61 scientific achievements. Sulaymonova’s early career combined research with pedagogical activity. From a young age, she distinguished herself by sharing knowledge and engaging her peers in science. As a result, she trained many students and became not only a researcher but also a mentor. From the beginning, she set two major goals: first, to contribute original scientific findings in chemistry; second, to increase interest in science among Uzbek women. These goals guided her throughout her life. Education and Scientific Formation Sulaymonova’s education and scientific development coincided with the early stages of women’s entry into scientific careers in Uzbekistan. While studying at the Faculty of Chemistry at Central Asian State University, she gained both theoretical knowledge and practical experience. She worked under the guidance of several prominent scientists and learned advanced methodologies from renowned Russian researchers visiting the republic. This experience played a key role in shaping her future research directions. During her student years, she proved herself as an active and inquisitive lab assistant. Her interest in organic chemistry grew, and she defended her diploma in this field. Her scientific advisors recognized her talent and recommended her for postgraduate studies. During her postgraduate research, she focused on the synthesis of complex organic compounds and the study of their properties, solidifying her path as a researcher in organic chemistry. In 1942, she successfully defended her dissertation for the Candidate of Sciences degree in chemistry. This was a major event not only in Uzbekistan but across Central Asia, as few women achieved such a degree at the time. Subsequently, she continued her research with the aim of obtaining a doctoral degree, demonstrating her dedication and commitment to science. Scientific Research Sulaymonova’s research focused mainly on organic chemistry. She studied the synthesis of complex organic compounds, their properties, and practical applications. She developed new methods of organic synthesis and applied them in practice, making significant contributions to science. Her experiments were conducted both in laboratories and production facilities, increasing the practical relevance of her work. For example, she developed methods for synthesizing certain organic compounds, expanding the use of local raw materials, which had a significant economic impact in Uzbekistan. In 1958, Sulaymonova defended her doctoral dissertation, becoming the first woman in Uzbekistan to earn a Doctor of Chemistry degree. This was a historic achievement, demonstrating to Uzbek women that high scientific accomplishments were possible. Her scientific work encompassed: 1. Organic synthesis — developing methods for producing complex organic compounds. 2. Studying properties of organic substances — analyzing their physical and chemical characteristics. 3. Practical applications — identifying ways to use synthesized compounds in various sectors of the national economy. 4. Utilization of local raw materials — processing natural resources in Uzbekistan to produce new products. Her research was published in prominent national and union-wide journals, earning recognition and respect across the scientific community. Her methods remain relevant today and serve as a foundation for ongoing research in organic chemistry. Contribution to Scientific Development SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 62 Through her research, Xadicha Sulaymonova not only advanced organic chemistry but also significantly contributed to the overall development of science in Uzbekistan. She established a scientific school that became one of the foundations of Uzbek chemistry. Her work helped create an independent direction in organic chemistry in Uzbekistan, showing that local scientists could implement research previously carried out abroad. She promoted the integration of science and industry, with her synthetic methods applied in agriculture, medicine, industry, and other sectors. Moreover, Sulaymonova inspired confidence and interest in science among Uzbek women, demonstrating that women could achieve high scientific achievements alongside men. Many talented young women later followed her example and entered scientific careers. She also contributed to chemical education through scientific articles, monographs, and textbooks, which remain valuable resources for students today. Her legacy continues to inspire chemists, and she is rightly regarded as a scientist who made a lasting contribution not only to Uzbekistan but to the scientific development of all Central Asia. Contribution to the National Economy and Practical Applications Xadicha Sulaymonova’s research was distinguished not only by its theoretical value but also by its practical significance. The methods she developed and the compounds she studied were directly applied in various sectors of the national economy, improving production efficiency. Primarily, she developed organic synthesis processes using local raw materials. This opened up possibilities for processing Uzbekistan’s natural resources and utilizing them efficiently, significantly reducing the need for expensive imported raw materials. Her research also had important implications for agriculture. Certain organic compounds she developed were used in fertilizers, protective agents, and other agricultural products, enhancing crop yields and increasing agricultural productivity. Her research also had applications in medicine. Some organic compounds were found to possess biologically active properties, providing a basis for pharmaceutical production. These results drew interest not only within the republic but also across the wider Soviet Union. Sulaymonova’s practical contributions extended to industrial production, where her chemical methods simplified certain technological processes and improved efficiency, demonstrating a direct impact of her work on economic development. Because of these practical achievements, Sulaymonova was recognized as a scientist who effectively integrated science and industry. Her approaches continue to be relevant, forming a foundation for modern technological applications. Students and Scientific School Sulaymonova left a lasting legacy not only through her research but also through her mentorship. She guided many young scientists, producing dedicated students who later contributed to various scientific centers in Uzbekistan and Central Asia. The defining principle of Sulaymonova’s scientific school was the integration of theory and practice. She required her students to thoroughly study scientific theory and validate the practical outcomes of their research, ensuring that their work was both effective and meaningful. Her students later continued her ideas, opening new directions in organic chemistry. They played key roles in advancing fields such as organic synthesis, bioactive compounds chemistry, and polymer chemistry. Sulaymonova’s greatest achievement as a mentor was instilling not only knowledge but also scientific thinking and independent reasoning in her students. She guided each student according to their unique abilities and interests, expecting significant results. Many of her students later earned doctoral and professorial titles, with some leading major scientific centers. This attests SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 63 to the strong foundation of her scientific school, which continues to influence modern Uzbek chemists. Her school remains one of the cornerstones of Uzbek chemistry today. Role in Society and Example for Women Sulaymonova’s importance extends beyond her scientific contributions. She played a key role in demonstrating that Uzbek women could participate in science, even in an era when female involvement in research was rare. Her achievements became an inspiration for generations of women, showing that they could pursue scientific careers and achieve results equal to men. Her life continues to serve as a model for young women seeking higher education and research opportunities. Sulaymonova actively participated in scientific councils, community meetings, and conferences, advocating for women’s rights and encouraging their engagement in science and education. Today, thousands of girls studying in Uzbekistan’s universities draw confidence and inspiration from her example. Their desire to innovate and pursue science represents the continuation of the path she forged. Thus, Xadicha Sulaymonova remains not only the first Uzbek female chemist but also a symbol of turning scientific aspirations into reality. Awards and Recognition Sulaymonova’s scientific achievements were widely recognized by the state and society. Her innovations, contributions to the national economy, and impact on the development of chemistry earned her numerous awards. Becoming the first Uzbek woman to earn a Doctor of Chemistry degree brought her recognition both within the scientific community and throughout the republic. Her work was highly valued at international conferences, and publications in foreign journals introduced her contributions to a global audience. In Uzbekistan, Sulaymonova is celebrated as a symbol of science, dedication, and women’s courage in research. Her name is still honored at scientific conferences and remembered by her students. The awards she received are recognized not only as personal achievements but also as milestones for women in Uzbek science, inspiring young women to pursue careers in research. Conclusion and Recommendations Xadicha Sulaymonova’s life and scientific activity left an indelible mark on the history of science in Uzbekistan. She was the first Uzbek female chemist and a prominent scientist contributing significantly to the development of organic chemistry. Her research had practical applications in agriculture, medicine, and industry. One of her greatest achievements was creating a scientific school and training many students, paving the way for future generations of chemists. As a mentor, she imparted scientific courage, diligence, and independent thinking to her students. Her societal impact demonstrated that Uzbek women could achieve high positions in science. Today, her life continues to serve as a model and source of inspiration for young women pursuing science. REFERENCES 1. Karimov I.A. High Morality – Invincible Strength. – Tashkent: Ma’naviyat, 2008. 2. Qodirov A., To’xtayev O. History of the Development of Chemistry in Uzbekistan. – Tashkent: Fan, 1999. 3. Xasanov M. Uzbek Scientists of the 20th Century: Scientific Heritage and Life Paths. – Tashkent: Sharq, 2010. 4. Uzbekistan National Encyclopedia. 12 volumes. – Tashkent: State Scientific Publishing House of the Uzbekistan National Encyclopedia, 2001–2005. SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 64 5. Axmedov H. Fundamentals of Organic Chemistry. – Tashkent: University, 1987. 6. Gulyamov Ya. Uzbek Women in Science and Education Development. – Tashkent: O’qituvchi, 1985. 7. Sulaymonova X.S. Collection of Scientific Articles and Treatises. – Tashkent: Fan, 1965. 8. Abdullayev M., Rahimov D. Development of Organic Chemistry in Uzbekistan. – Tashkent: University, 2002. 9. UNESCO. Women in Science: Contributions of Female Scientists in Central Asia. – Paris: UNESCO Publishing, 2005. 10. Archive Materials of the Academy of Sciences of the Republic of Uzbekistan.