A New Renaissance in Science and Knowledge Is Essential for the Muslim World
There is no alternative to knowledge, science, research, and innovation in the advancement of human civilization.
The world is passing through an era in which medical science, biotechnology, artificial intelligence, robotics, space exploration, and quantum technology are fundamentally transforming human life.
Diseases once considered inevitably fatal are now being addressed through new possibilities for prevention and treatment. Humanity is exploring the Moon, Mars, and other celestial bodies to unravel the mysteries of the universe.
Artificial intelligence is opening new horizons in human thought, work, and production. In this context, an important question confronts the Muslim world: How prepared are Muslims to participate in this new scientific journey?
Once, Muslim civilization was one of the leading centers of knowledge, science, medicine, mathematics, astronomy, and philosophy. Baghdad, Cordoba, Damascus, Cairo, and Bukhara were prominent centers of intellectual activity. Scholars and knowledge seekers from different parts of the world traveled to these cities.
The research and discoveries of Muslim scientists, physicians, and philosophers subsequently played an important role in the development of the European intellectual revolution. Yet today, the Muslim world remains behind in many important fields of modern science. This reality should not merely inspire disappointment; it should also serve as a call for self-reflection and a renewed awakening.
The Tradition of Knowledge and Muslim Civilization
From the earliest days of Islam, great importance has been attached to the pursuit of knowledge. The first revealed verse of the Holy Quran, with its command to “Read,” established a remarkable foundation for intellectual development. Throughout the Quran, humanity is encouraged to think, observe, and reflect upon the signs of creation. This knowledge-oriented outlook played a significant role in the development of Muslim civilization.
Abu Ali Ibn Sina made extraordinary contributions to medical science, and his work influenced medical education across different regions of the world for centuries. His renowned book, Al-Qanun fi al-Tibb (The Canon of Medicine), remains an important work in the history of medicine. Al-Khwarizmi made outstanding contributions to mathematics and the development of algebra. The word “algorithm” is derived from his name. Al-Biruni conducted important research in astronomy, geography, and the natural sciences. Ibn al-Haytham pioneered new approaches in optics and experimental research.
The achievements of these scientists were not the result of their Muslim identity alone. Their enduring contributions to world civilization arose from their intellectual curiosity, rational thinking, scientific methods, and dedication to the pursuit of knowledge. The present generation of Muslims must learn from their lives and achievements.
New Horizons in Medical Science
Modern medical science has reached a stage where remarkable changes are taking place in disease diagnosis and treatment. Genetics, gene editing, stem cell research, organ transplantation, cancer treatment, and personalized medicine are creating new possibilities for saving human lives.
Developed countries are investing enormous resources in medical research. Research into the discovery of new medicines, the genetic causes of diseases, and the prevention of infectious illnesses is expanding rapidly. However, medical research in many Muslim countries continues to lag behind because of inadequate funding, insufficient modern laboratories, and a shortage of skilled researchers.
Muslim countries should undertake collaborative research initiatives in medical science. They must develop their own research capabilities in the treatment of cancer, diabetes, cardiovascular diseases, kidney disorders, and infectious diseases. Alongside adopting advanced research methodologies, they should conduct studies that address the specific health challenges of their own populations.
Medical research is particularly important in a densely populated country like Bangladesh. Greater coordination among universities, medical colleges, and research institutions is needed to promote disease prevention, pharmaceutical innovation, and public health research. Bangladesh must aspire not merely to seek medical treatment abroad, but also to become a promising center for medical research.
Opportunities in Biology and Biotechnology
Biology plays a crucial role in addressing population growth, climate change, and food insecurity. Many Muslim countries are agriculture-dependent and rich in natural resources. Their scientists can make significant contributions to increasing food production, modernizing agriculture, and solving environmental challenges through biotechnology.
This field also holds enormous potential for Bangladesh.
The development of resilient crops is essential to addressing the impacts of salinity, floods, droughts, and climate change. Disease-resistant crops, improved agricultural practices, and biotechnology-based research can contribute significantly to the country’s food security.
However, biotechnology must be applied in accordance with scientific principles, ethical standards, and public health considerations. The validation of research findings, preservation of biodiversity, and assessment of environmental risks must receive the highest priority.
The Muslim World’s Progress in Space Research
Space research is no longer merely a subject of science fiction. Satellite technology is indispensable for communication, weather forecasting, agriculture, disaster management, maritime navigation, and national security. Space research strengthens a country’s technological capabilities, scientific expertise, and international standing.
Several Muslim countries have already undertaken significant initiatives in space exploration. The United Arab Emirates’ Hope spacecraft has made important contributions to the study of the Martian atmosphere. Turkey, Iran, Pakistan, Saudi Arabia, and other countries are working on space technology and satellite research.
These initiatives demonstrate that space exploration is not an impossible goal for Muslim countries. What is needed is long-term planning, the development of skilled scientists, international cooperation, and sustained investment in research.
Bangladesh has also taken an important step in space technology through the launch of Bangabandhu Satellite-1. The next priorities should include expanding the use of satellite technology, promoting space science education, advancing astronomical research, and encouraging young people to pursue scientific studies. Research opportunities in space science and related technologies must be expanded at the university level.
Space research should not be viewed merely as a matter of national prestige. It has profound connections with weather forecasting, agriculture, environmental protection, disaster management, and the improvement of human living standards.
Science and Religion: Not in Conflict, but in Harmony with the Pursuit of Knowledge
A crucial issue in promoting scientific inquiry in Muslim societies is the proper understanding of the relationship between science and religion. Religious belief and scientific research should never be presented as opposing forces. Instead, the Islamic tradition of acquiring knowledge, observing nature, and conducting research for the welfare of humanity should be highlighted before the younger generation.
Science is not the exclusive property of any nation, religion, or geographical region. The pursuit of scientific truth requires observation, experimentation, reasoning, and evidence. Muslim scientists must actively participate in the international scientific community and adhere to established scientific methodologies. At the same time, research ethics, human values, and the welfare of humanity must remain central priorities.
It is also essential to reduce the intellectual gap between religious and general educational institutions. Students should be encouraged to develop an interest in mathematics, physics, chemistry, biology, computer science, and modern technology alongside their religious education.
Investment in Research and the Development of Talent
One of the major obstacles to scientific progress in the Muslim world is the lack of adequate investment in research. In many countries, allocations for education and research remain below the required levels. Modern laboratories, advanced equipment, qualified teachers, and sufficient facilities for scientists are often unavailable.
At the same time, many talented Muslim scientists are conducting research in developed countries. Effective initiatives are needed to utilize their knowledge and expertise for the development of their own countries. To prevent brain drain, Muslim countries must create an environment conducive to research, provide dignified working conditions, and establish opportunities that meet international standards.
Universities must be developed not merely as institutions that award degrees, but as centers of knowledge production and innovation. Mechanisms must be established to translate research findings into practical applications in industry, agriculture, medicine, and everyday life.
A new Muslim renaissance in science and knowledge is not a fantasy; it is a tangible possibility. However, realizing this possibility requires prioritizing knowledge over emotion, action over rhetoric, and preparation for the future over nostalgia for the past.
Let the pursuit of knowledge for the welfare of humanity become the foundation of a new renaissance in the Muslim world.
(writer : Public Relations Officer Islamic Foundation, Bangladesh Email: bbqif1983@gmail.com)