Every year, November 10 is observed as World Science Day for Peace and Development under the auspices of UNESCO. The day reminds humanity that science is not merely a collection of inventions, laboratories and technological discoveries; it is one of the most powerful instruments for human progress, economic prosperity, international cooperation and lasting peace. The theme for 2026, "Common Ground Through Science Diplomacy", highlights how scientific cooperation can build bridges between nations, even when political differences divide them.
The occasion also provides an opportunity to reflect upon a fundamental question: Why did the Muslim world, which once led the world in scientific discoveries and intellectual achievements, fall behind in modern research, technology and innovation?
What Is Science and Why Does It Matter?
Science is the systematic study of the natural and physical world through observation, experimentation, evidence and logical reasoning. It enables human beings to understand the universe, discover the laws of nature, solve complex problems and develop new technologies.
From medical treatment and agricultural production to artificial intelligence, space exploration, communication systems and renewable energy, science influences almost every aspect of modern life.
Scientific progress is directly connected with national security, economic independence and international standing. Countries that invest in research and technological innovation develop stronger industries, create employment opportunities, improve healthcare and reduce dependence on foreign technologies.
Science also serves humanity beyond national boundaries. International cooperation in medical research, climate change, disaster management, water conservation and space exploration demonstrates that knowledge can unite nations for common objectives. In this sense, science is not only an instrument of development but also a powerful force for peace.
The Glorious Scientific Heritage of Muslim Civilisation
The history of Muslim civilisation offers remarkable examples of intellectual curiosity, scientific excellence and innovation. During the Golden Age of Islamic civilisation, particularly between the eighth and thirteenth centuries, Baghdad, Cordoba, Cairo, Damascus and other centres became international hubs of learning.
Muslim scholars not only preserved the scientific knowledge of earlier civilisations but also critically examined, expanded and transformed it through original research and experimentation.
Some of the most distinguished Muslim scientists include:
1. Al-Khwarizmi (Mathematics): Known as a pioneer of algebra, Muhammad ibn Musa al-Khwarizmi made fundamental contributions to mathematics. The word "algorithm" is derived from his name, while his work helped establish algebra as a systematic discipline.
2. Ibn al-Haytham (Physics and Optics): Widely recognised as a pioneer of modern optics, he investigated the nature of light and vision through observation and experimentation. His scientific approach made a lasting contribution to experimental methodology.
3. Ibn Sina (Medicine): Known in the West as Avicenna, he authored The Canon of Medicine, a comprehensive medical encyclopaedia that influenced medical education in Europe and the Muslim world for centuries.
4. Al-Biruni (Astronomy, Mathematics and Geography): He conducted remarkable research on astronomy, geography, mathematics and the measurement of the Earth. His scientific observations demonstrated extraordinary intellectual precision.
5. Al-Razi (Medicine and Chemistry): Known as Rhazes in the West, he made important contributions to clinical medicine and medical observation. His writings on diseases, including smallpox and measles, were particularly influential.
6. Jabir ibn Hayyan (Chemistry): Often regarded as one of the pioneers of experimental chemistry, he contributed to laboratory methods and the development of chemical knowledge.
7. Al-Zahrawi (Surgery): Known as Abulcasis, he was a distinguished surgeon whose encyclopaedic medical work described numerous surgical instruments and procedures.
8. Al-Jazari (Mechanical Engineering and Robotics): He designed ingenious mechanical devices, water-raising machines, clocks and automated mechanisms. His work represents an important chapter in the history of mechanical engineering.
9. Nasir al-Din al-Tusi (Astronomy and Mathematics): He made important contributions to astronomical models, mathematics and the development of observatories.
10. Ibn al-Nafis (Medicine): He is credited with describing pulmonary circulation, explaining the passage of blood between the heart and lungs centuries before this discovery became widely recognised in European medicine.
These scholars demonstrated that Islam and scientific inquiry are not contradictory. Rather, the intellectual tradition of Islamic civilisation encouraged observation, learning, reflection and the pursuit of knowledge.
The Holy Quran repeatedly invites humanity to reflect upon the creation of the heavens and the earth. The first revelation, beginning with the command "Read", established the importance of knowledge and learning in the Islamic worldview.
Why Has the Muslim World Fallen Behind?
Despite its glorious scientific heritage, much of the Muslim world today remains behind leading industrialised nations in scientific research, technological innovation and the development of original inventions.
This situation cannot be explained by a single factor. Several historical, political, economic and institutional challenges have contributed to it.
First, inadequate investment in research and development: Many Muslim countries allocate insufficient financial resources to scientific research. Modern scientific breakthroughs require sustained investment in laboratories, research facilities, equipment and highly qualified human resources.
Second, weak educational systems: In several countries, education continues to emphasise memorisation rather than creativity, critical thinking, experimentation and problem-solving. Students often graduate with theoretical knowledge but limited practical research experience.
Third, political instability and institutional weaknesses: Wars, conflicts, inconsistent government policies and weak research institutions have disrupted scientific development in several Muslim countries.
Fourth, brain drain: Many talented scientists, engineers, doctors and researchers migrate to technologically advanced countries because of better research facilities, salaries, professional opportunities and academic freedom. Their expertise consequently strengthens foreign research institutions instead of their countries of origin.
Fifth, limited collaboration between universities and industries: Research often remains confined to academic publications without being transformed into commercially viable products, industrial solutions or technological inventions.
Finally, insufficient international scientific collaboration: Modern research increasingly depends on global partnerships, shared knowledge, advanced equipment and multidisciplinary teams. Countries that remain isolated from these networks risk falling further behind.
The Muslim world must recognise that historical achievements alone cannot guarantee future greatness. Scientific leadership is earned through continuous research, investment, innovation and institutional commitment.
Pakistan's Scientific Potential and the Way Forward
Pakistan possesses enormous scientific potential. Our universities, engineering institutions, medical colleges and research organisations have produced talented scientists, doctors, engineers and technology professionals. Pakistani scientists have also earned international recognition in physics, mathematics, medicine and other disciplines.
However, the country needs a comprehensive and long-term strategy to transform this potential into tangible scientific achievements.
The following measures deserve serious consideration:
1. Increase Research and Development Funding
The government should substantially increase investment in research and development and establish a sustainable national funding framework. Research funding must be allocated transparently, based on merit, national priorities and measurable results.
2. Reform the Education System
Schools and universities should promote scientific curiosity, critical thinking, creativity and practical experimentation. Science laboratories, robotics clubs, coding programmes and innovation competitions should become integral parts of education.
3. Strengthen Universities and Research Institutions
HEC, the Pakistan Science Foundation, Pakistan Academy of Sciences, COMSATS and other relevant institutions should receive greater institutional support. Universities must be encouraged to establish specialised research centres in artificial intelligence, biotechnology, agriculture, renewable energy, medicine, space science and advanced engineering.
4. Encourage Innovation and Start-ups
Young scientists and university graduates should receive financial assistance, mentorship and incubation facilities to convert their research ideas into practical inventions. Patent registration, technology transfer and collaboration with private industries should be facilitated.
5. Reverse the Brain Drain
Pakistan should introduce attractive research fellowships, competitive salaries, modern laboratories and international collaboration programmes to encourage talented Pakistani scientists living abroad to contribute to national scientific development.
6. Promote Women in Science
Women scientists and researchers must receive equal educational opportunities, scholarships, leadership positions and access to research facilities. No nation can achieve its full scientific potential while neglecting half of its population.
7. Establish Strong International Partnerships
Pakistan should strengthen scientific cooperation with technologically advanced countries, particularly China, Türkiye, Saudi Arabia, Malaysia and other friendly nations. Joint research projects, exchange programmes and international scientific conferences can accelerate knowledge transfer and innovation.
8. Make Science a National Priority
Scientific development should not be treated as a temporary government initiative. Pakistan needs a consistent national science and technology policy that continues beyond political changes and successive governments.
A Message to Pakistan's Young Generation
The future of Pakistan will not be determined only by its geographical location, natural resources or military strength. It will increasingly depend upon the knowledge, creativity and technological capabilities of its people.
Our young generation must aspire to become inventors, researchers, scientists, engineers and innovators. They should dream of developing artificial intelligence, discovering new medicines, improving agricultural productivity, exploring space and creating technologies that benefit humanity.
We must move beyond the culture of seeking degrees and focus on acquiring knowledge that can solve real-world problems.
The government, educational institutions, private sector, media and civil society must work together to create an environment in which scientific talent is recognised, encouraged and rewarded.
Conclusion: From the Golden Past to a Scientific Future
World Science Day for Peace and Development is not simply an annual international observance; it is a reminder of humanity's shared responsibility to use knowledge for a better future.
The Muslim world once illuminated the intellectual landscape of humanity through its great scientists, scholars and inventors. That legacy should inspire us, but it must not become a substitute for contemporary achievement.
Pakistan, with its talented youth, dedicated scientists and growing educational institutions, has the potential to emerge as a significant centre of scientific research and technological innovation.
The time has come to replace intellectual complacency with scientific curiosity, dependence with innovation and empty aspirations with practical achievements.
As the world moves towards artificial intelligence, quantum computing, biotechnology, robotics and space exploration, Pakistan must ensure that it is not merely a consumer of imported technology but an active contributor to global scientific progress.
A nation that invests in science invests in its future. A nation that promotes knowledge strengthens its independence, and a nation that uses science for humanity becomes a contributor to global peace and development.
