“Philosophy behind Nobel Prize is a mosaic of imagination, creativity, vision, hunger for science, opportunity, collaboration, and more importantly funding for cutting edge research”.
Dr. Ashraf Zainabi
When Omar M. Yaghi was awarded the prestigious Nobel Prize in Chemistry for the year 2025, his work was widely celebrated as deserving of the Nobel, the global scientific community paused to marvel at the ingenuity of his work. Born in Amman, Jordan, in a poor muslim family, his story, in essence, is a mosaic of imagination, creativity, vision, hunger for knowledge, opportunity, and collaboration. As a faculty member in Jammu & Kashmir’s Higher Education Department, constantly reflecting on the potential of our youth, I find myself asking a difficult, yet urgent question: can our region nurture minds like Omar M. Yaghi? The answer, in its essence, is both yes and no—it depends less on the innate talent of our youth and more on the ecosystem we cultivate for them.
At the heart of Yaghi’s path to Nobel Prize is a fusion of imagination and rigorous science. In contrast, our local educational institutions, though staffed with capable faculty, often focus on syllabus, rote learning, examinations, and degrees as endpoints rather than means. Students here memorize, regurgitate, but they seldom pause to ask, “What if?” This is not an indictment of teachers or students, it is the reflection of a systemic inertia. The same way a gardener cannot expect flowers without nurturing the soil, we cannot expect pioneers without cultivating an ecosystem that rewards imagination, encourages questioning, and celebrates risk-taking.To produce Omar M. Yaghi-like figures, our classrooms must transform into laboratories of the mind, where failure is a step forward, and discovery is celebrated in all its messy, exhilarating forms.
Another critical component in Yaghi’s journey is vision, a product of awareness, of global needs, emerging scientific frontiers, and societal demands. In Jammu & Kashmir, we have bright students, but often their horizon is constrained by circumstance, by lack of exposure to global debates, and by limited access to cutting-edge laboratories.In this direction, realisation of drawbacks is a first step towards progress. Laboratories in Kashmir’s schools and colleges hardly open beyond doors. There seems to be an unwritten official direction not to count the practical component as credits in the course of learning; that means practical or lab work is not essential at least in Kashmir. This is a poor and dangerous thinking. Science cannot grow by allowing equipment and chemicals to rot in the labs. Hunger for knowledge is another hallmark of Yaghi. This is cultivated through proper environment and mentorship. The Nobel laureate’s path was shaped by mentors who recognized his unconventional thinking, who encouraged him to question prevailing assumptions, and who provided him with the tools to transform ideas into reality. In contrast, mentorship in J&K’s colleges is often limited by systemic pressures. Faculty members juggle teaching, administrative duties, and contractual uncertainties. Real mentorship needs time and involvement, not one or two hour sessions labelled as mentorship programs, this is what we see in J&K.
“While Jammu and Kashmir (J&K) has the potential to produce world-class scientists like Omar M. Yaghi, this requires addressing a structural deficit in research. Key necessities include investment in research infrastructure, funding for experimental projects, and international exposure. A cultural shift that values curiosity, intellectual risk, and tolerance for failure is also vital, starting at home and permeating all educational levels. The ultimate success hinges on creating an ecosystem mirroring Yaghi’s traits: imagination, vision, and hunger for science, mentorship, collaboration, opportunity, culture, and resilience.
Collaborationis central to Yaghi’s work. He thrived in multi-disciplinary teams, drawing inspiration from physicists, chemists, and engineers. Science today is rarely the product of isolated genius—it is the product of networks, conversations, and shared experiments. Jammu & Kashmir has the potential to foster such collaboration, but it requires breaking silos. Here in J&K the situation is that one teacher needs to write a requisition letter on A4 sized paper page to get another 10 A4 sized paper pages and so on. Again, a very poor culture that won’t allow any positive collaboration and growth of science. Opportunity is perhaps the most crucial, yet most elusive ingredient. In J&K, opportunities for high-end research are limited. To produce transformative scientists, we must address this structural deficit. Investment in research infrastructure, funding for experimental projects, and pathways for international exposure are not optional, they are vital.
A young mind, no matter how gifted, cannot reshape molecular science without the scaffolding of opportunity. To cultivate Omar M. Yaghi-like thinkers, we need a cultural shift, one that values curiosity, tolerates failure, and regards intellectual risk as honorable rather than dangerous. Such a transformation begins at home, continues in schools, and must permeate universities and research institutions. So, can J&K produce Omar M. Yaghi and his likes? The answer is yes—but only if we dare to envision an ecosystem that mirrors the ingredients of his success: imagination, vision, hunger for science, mentorship, collaboration, opportunity, culture, and resilience. The stakes are high. If we fail to nurture the thinkers of tomorrow, the valley will continue to export talent while retaining mediocrity. If we succeed, Jammu & Kashmir could join global conversations, not merely as consumers of knowledge, but as creators, innovators, and leaders. Omar M. Yaghi’s life reminds us that genius is never accidental, it is cultivated. It is shaped by the environment, by guidance, by opportunity, and by courage. For the youth of J&K, the path is open, but the ecosystem is not fully prepared. If we collectively rise to the challenge, we may one day celebrate our own Yaghi, a mind that dares to imagine the impossible and transforms imagination into reality. Until then, the question remains not of talent, but of will: do we have the courage to nurture genius in the valley, or will it always find its home elsewhere?
(The author is an educator and a Subject Expert in Physics. 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”)
