Dr. Arshed Iqbal Dar
National Science Day is celebrated every year on 28 February as one of India’s most significant scientific observances. Each year, the celebration is guided by a theme reflecting national priorities in science, technology, and innovation. The theme for 2026—“Women in Science: Catalysing Viksit Bharat”—underscores the importance of inclusive scientific growth and highlights the indispensable role of women scientists, innovators, and educators in shaping a developed and self-reliant India. In recent years—particularly during the COVID-19 pandemic—the world witnessed the power of collaboration among institutions, ministries, research laboratories, universities, and industries. The integrated approach adopted by nations proved crucial in ensuring societal resilience and continuity. In this context, the Department of Science and Technology and the Ministry of Science and Technology have consistently emphasized interdisciplinary and inter-institutional cooperation as pathways toward sustainable development. National Science Day, therefore, must not remain a ceremonial one-day observance. It should inspire continuous engagement—encouraging synergy among scientific ministries, integration of technical and medical institutions, collaboration with central line ministries, and strong industry partnerships to accelerate innovation-led growth.
Legacy Of National Science Day: National Science Day commemorates the discovery of the Raman Effect by C. V. Raman in 1928. For this groundbreaking contribution, he was awarded the Nobel Prize in Physics in 1930—becoming the first Indian educated entirely in India to receive this honour. He later founded the Raman Research Institute and remained actively engaged in scientific research and mentorship throughout his life. The Raman Effect explains how light scattered from molecules undergoes changes in frequency due to vibrational or rotational energy transitions. This principle forms the foundation of Raman spectroscopy—today a powerful analytical tool used extensively in physics, chemistry, material sciences, medicine, and nanotechnology. The global scientific community has widely acknowledged that basic sciences remain fundamental to achieving sustainable development. Scientific research enhances quality of life, strengthens economies, and deepens our understanding of nature and the universe. Indeed, scientific inquiry represents one of the highest expressions of human intellect and a cornerstone of societal progress.
Building An Integrated Learning, Research Ecosystem : An integrated approach to science education demands the creation of a Multi-Learning Environment (MLE) that combines Virtual Learning Environments (VLE) with Physical Learning Environments (PLE). Such a framework promotes:
• Skill-based and experiential learning
• Interdisciplinary exposure
• Academia–industry linkages
• Research-driven pedagogy
• Innovation and evidence-based thinking
This ecosystem prepares future citizens to address complex global challenges—from climate change and public health to energy security and sustainable agriculture—through collaboration and scientific reasoning.
Reforming Science Education: Science education must move beyond routine instruction toward motivation, innovation, and commitment. Emerging domains such as biotechnology, bioinformatics, artificial intelligence, and nanotechnology should be introduced at foundational levels.
Key reforms should include:
• Modernized pedagogy and digital integration
• Strengthened laboratory infrastructure
• Research-oriented curricula at undergraduate and postgraduate levels
• Robust academia–industry partnerships
• Promotion of critical thinking and analytical skills
In a nation confronting socio-economic and developmental challenges, scientific literacy among the general public is equally vital. Awareness regarding disease prevention, environmental sustainability, and climate change depends significantly on a foundational understanding of science.
Dissemination, Industry, Collaboration: Scientific progress thrives on communication. Research publications, conferences, open-access platforms, and technology transfer mechanisms ensure that discoveries translate into tangible societal benefits. Advances in information technology have dramatically shortened the time between discovery and application. Industry and publishing sectors play pivotal roles in enhancing research visibility and fostering innovation ecosystems. Timely dissemination of scientific findings stimulates new ideas, entrepreneurship, and technological breakthroughs.
Science, National Development: From the transportation revolution of the nineteenth century to the digital revolution of the twenty-first, science and technology have consistently driven economic growth and societal transformation. Today, they remain central determinants of national competitiveness. India’s advancement depends not only on physical infrastructure but also on the strength of its scientific base and research culture. As Jawaharlal Nehru emphasized, cultivating a scientific temper is essential for economic performance and social progress. Realizing the vision of a developed nation requires substantial investment in frontier research, strengthening universities, encouraging innovation, and fostering collaboration among policymakers, scientists, academicians, and industry leaders. Scientific advancement depends not merely on resources, but on strategic priority-setting and effective execution.
“National Science Day 2026 highlights that India’s progress toward a Viksit Bharat relies on a robust scientific ecosystem fueled by innovation and collaboration. A central pillar of this vision is the empowerment of women in STEM, whose contributions are essential for building a resilient, sustainable, and knowledge-driven economy.”
Women in Science|Catalysing Viksit Bharat: The 2026 theme highlights gender inclusivity as a national priority. Its key focus areas include:
• Empowering Women in STEM: Encouraging participation of girls and women in science, technology, engineering, and mathematics through mentorship, scholarships, leadership training, and research opportunities.
• Inclusive Innovation: Ensuring diversity in research institutions and decision-making bodies so that scientific progress benefits all sections of society.
• Leadership, Representation : Supporting women scientists in leadership roles across academia, industry, and policy frameworks.
• Bridging Gender Gaps: Addressing structural barriers, workplace challenges, and access inequalities that limit women’s participation in scientific fields.
• Integration For Sustainable Development: Promoting interdisciplinary research led by diverse teams to tackle pressing challenges in climate change, healthcare, agriculture, and energy.
• Science For Viksit Bharat : Leveraging scientific talent—particularly women innovators—to accelerate India’s journey toward becoming a knowledge-driven and developed nation. Under the leadership of Narendra Modi, the vision of “Viksit Bharat” emphasizes inclusive growth through equal opportunities in STEM. The Department of Science and Technology, guided by Union Minister Jitendra Singh, has launched targeted programmes to reduce gender disparities and promote women’s scientific participation. A flagship initiative is the Women in Science and Engineering–KIRAN (WISE-KIRAN) scheme—an umbrella framework supporting women across academic and research careers through fellowships such as WISE-PhD, WISE Post-Doctoral Fellowship (WISE-PDF), and WISE-SCOPE. Complementary initiatives include the BioCARe Fellowship of the Department of Biotechnology and entrepreneurial support under the National Initiative for Developing and Harnessing Innovations (NIDHI), which provide mentorship, incubation, and early-stage funding to women scientists and innovators. Together, these efforts reflect a comprehensive national strategy for gender equity and innovation-led development.
Innovation Begins With Empathy|The Story Of Pooja: At 17, Pooja—a student from a small village in Uttar Pradesh—noticed what many overlooked: children coughing, dust clouds rising near her school, and farm machinery polluting the air. While others adjusted, she asked, “Why?” Despite limited resources and early failures, she persisted. Using scrap metal and a basic fan, she designed a dust-free thresher that significantly reduced airborne particles, protecting children’s health and improving local environmental conditions. Her innovation earned her the INSPIRE Award, took her to Japan, and transformed her journey from a rural student into a young global innovator.
Her story teaches us:
• Innovation often begins with empathy.
• Impact requires courage before it requires funding.
• Talent exists everywhere—opportunity makes the difference.
The next transformative breakthrough may already be emerging in a rural classroom. What it needs is encouragement, mentorship, and belief.
Conclusion: Science and technology are fundamentally about generating knowledge and translating it into applications that benefit humanity. Achieving this objective requires an integrated framework linking education, research, industry, and policy—supported by inclusive participation and effective implementation. National Science Day 2026 serves as a reminder that sustainable development and national progress depend on collaboration, innovation, and the active contribution of women scientists. By empowering women in STEM and strengthening our scientific ecosystem, India can accelerate its journey toward a developed, resilient, and knowledge-driven future—truly realizing the vision of Viksit Bharat.
(The author is Assistant Professor at Govt Degree College Pattan. The views, opinions and conclusions expressed in this article are those of the author and aren’t necessarily in accord with the views of “Kashmir Horizon”)
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