Beyond Infrastructure: Why Intellectual Courage and Evidence-Based Inquiry Must Anchor Higher Education in the State
By Dr Maibam Birla Singh
National Science Day, observed every year on 28 February, commemorates the discovery of the Raman Effect by Nobel Laureate Sir C.V. Raman in 1928. His ground-breaking work demonstrated that when light passes through a transparent substance, a small fraction of it scatters with a change in wavelength, revealing crucial information about molecular structure. The discovery not only earned India its first Nobel Prize in the sciences in 1930, but also ignited confidence that world-class scientific research could emerge from Indian soil.
Science in pre-independence India developed under severe institutional and resource constraints, yet it produced work of global significance through the dedication of a few visionary scholars. Colonial policies limited funding, infrastructure and autonomy for advanced research but Indian scientists built a culture of inquiry within universities and laboratories such as the Indian Association for the cultivation of science. In this intellectually vibrant but materially modest environment, C. V. Raman made his landmark discovery of the Raman Effect in 1928, demonstrating that high-quality fundamental research could emerge from India despite colonial limitations. Raman’s work, which earned him the Nobel Prize in Physics, became a powerful symbol of India’s scientific potential and self-reliance. His discovery not only advanced molecular spectroscopy worldwide but also inspired the growth of indigenous scientific institutions and research traditions that later supported India’s post-independence scientific expansion. The true legacy of the Raman Effect lies beyond physics or chemistry. It represents a mindset curiosity-driven inquiry, independent thinking, and faith in the power of reason. Working in pre-independence India with modest resources, Raman proved that scientific excellence does not begin with infrastructure; it begins with intellectual courage.
This message holds special relevance for Manipur and its emerging universities. As higher education institutions in the state continue to develop amidst financial and infrastructural constraints, National Science Day offers a moment for reflection. The future of universities in Manipur will not be determined solely by the scale of their buildings or laboratories, but by the strength of their scientific temper. Scientific temper, a value enshrined in the Constitution of India, refers to a culture of questioning, rational analysis, evidence-based reasoning, and openness to new ideas. For emerging institutions such as Dhanamanjuri University and other universities/colleges across the state, cultivating this mind set is foundational.
Manipur is widely recognized as a powerhouse of Indian sports. Thanks to our sport players and their outstanding achievements on national and international stages fill us with immense pride. The dedication of players and coaches rightly earns them rousing hero’s welcomes when they return home, often celebrated as true sons and daughters of the soil. This collective enthusiasm reflects the strong public support that sports enjoy in our society. However, a similar culture of recognition has not yet fully developed for achievements in academics and scientific research. Success in education and science is too often viewed as an individual accomplishment rather than a shared societal milestone. If we are to build a strong scientific temper in both universities and the wider community, this mindset must evolve. Universities have a crucial role to play in elevating and publicly celebrating intellectual and research achievements, thereby fostering a culture where excellence in science and education is valued, visible, and collectively owned by society.
In Manipur, a region marked by ecological sensitivity and socio-economic complexity, universities are uniquely positioned to confront real and immediate challenges. Beyond delivering higher education, universities must be guided by a clear vision, mission, and mandate that prioritize region-specific problems while generating solutions with global relevance, truly moving from local to global. Critical concerns such as the conservation of Loktak Lake, sustainable wetland management, climate-resilient agriculture, water quality improvement, renewable energy deployment, and responsible exploration of critical minerals require rigorous scientific inquiry grounded in local realities. Addressing these pressing issues demands not only technical capability but also the nurturing of a strong scientific temper and research culture within universities and across society in Manipur.
It may be noted that emerging universities also possess a distinct advantage; their close proximity to the community. In Manipur, this connection makes the cultivation of a strong scientific temper especially important, as it enables institutions to ground inquiry in evidence, encourage critical thinking, and translate knowledge into practical solutions. By aligning research with local needs, universities can build a robust model of region-focused innovation that is both socially responsive and scientifically rigorous. Efforts such as developing low-cost water purification systems, advancing sustainable agriculture and aquaculture models, designing frugal renewable energy technologies, documenting biodiversity, studying medicinal plants, strengthening water and flood management, earth-quakes studies and creating effective waste management solutions all require a culture that values observation, experimentation, and data-driven decision-making. Importantly, many of these challenges do not require extravagant infrastructure. They require clarity of thought, interdisciplinary collaboration, careful fieldwork, and strong theoretical foundations. When students are trained to ask the right questions and faculty are encouraged to pursue problem-oriented research, even modest laboratories can produce meaningful and impactful work. Building scientific temper within universities and society will ensure that such locally driven research delivers credible, scalable, and impactful outcomes for Manipur while contributing to broader global knowledge.
In the digital age, data-driven knowledge must no longer remain confined to elite centers only. Expanding open-access journals, online databases, computational platforms, and regional research networks is essential to enable young universities to participate meaningfully in the global scientific discourse. In this context, universities in Manipur should take the lead in establishing integrated data centers focused on biodiversity, indigenous knowledge systems, and extreme climate events. Such centers would function as vital repositories for systematically documenting species diversity, traditional ecological practices, and region-specific climate risks, transforming fragmented information into accessible, research-ready datasets. By integrating modern tools such as geospatial mapping, remote sensing, and advanced data analytics [artificial intelligence (AI) and machine learning (ML)] with community knowledge, universities can generate robust evidence to support conservation planning, climate adaptation, and sustainable resource management. These data hubs would further strengthen interdisciplinary research, inform public policy, and enhance early-warning and resilience planning for floods, droughts, and other climate extremes. Ultimately, developing well-curated and dynamic data centers is essential for nurturing scientific temper, safeguarding indigenous wisdom, and enabling informed, locally grounded decision-making with national and global relevance. What is required, however, is not funding alone but also institutional vision and a vibrant academic culture that recognizes and prioritizes regional importance and relevance based on scientific temper and culture. Building that culture means nurturing intellectual integrity, promoting debate, encouraging student-led research initiatives, and strengthening mentorship. It means valuing ideas over hierarchy and evidence over assumption. It means creating an academic environment where curiosity is rewarded and critical thinking is celebrated.
As Sir C.V. Raman once remarked that the essence of science lies in independent thinking and hard work, not merely in equipment or infrastructure. For universities in Manipur, this insight is profoundly relevant. Resource limitations need not be barriers; they can instead become catalysts for creativity and resilience. On this National Science Day 2026, to become Viksit universities in Manipur we must introspect, and discuss on how to embrace scientific temper as the cornerstone of their growth. By investing in strong foundations, rigorous education, interdisciplinary research, collaborative networks, and community engagement, the state can shape institutions that are intellectually vibrant and socially responsive.
Just as a scattered ray of light once revealed hidden molecular truths, a culture of scientific inquiry can illuminate the path forward for higher scientific education in Manipur. The future of the state’s universities will ultimately depend not only on resources, but on the courage to think independently, question deeply, and innovate responsibly.
The question before us is not whether science is important. It is whether we are prepared to place scientific temper at the center of our educational and developmental vision.
National Science Day is a reminder. The responsibility that follows is ours.
(The writer is an Assistant Professor in the Department of Chemistry, Dhanamanjuri University (DMU) Manipur and may be contacted at [email protected] )