There is a need to bridge educational gaps to equip future generations for a high-tech world
In 1959, a well-known physicist, Richard Feynman, delivered a visionary lecture at the California Institute of Technology titled “There’s Plenty of Room at the Bottom,” where he outlined the vast potential of manipulating matter at the atomic and molecular levels. Feynman’s revolutionary ideas laid the groundwork for nanotechnology, a field that now drives innovation in medicine, energy, agriculture, and more. Decades later, his vision remains a guiding light for scientific progress worldwide.
The subject emphasized the importance of bridging gaps between physical, chemical, and biological sciences while transforming them into an interdisciplinary one. Until the invention of high-end microscopy, nanotechnology seemed to be an arbitrary concept. Discoveries like graphene, the Lycurgus Cup (an ancient Roman glass), carbon nanotubes, the setae of geckos’ feet, and deoxyribonucleic acid (DNA) have proven that nanotechnology plays an artistic role in shaping the design of this universe both physically and biologically. In other words, it transcends objects both intrinsically and extrinsically.
So, the question arises: if nanotechnology has such transformative potential, why don’t we dare to expose ourselves—and school-going children—to this vast, pre-existing knowledge system in 2025? Is it because we cling to the so-called basic sciences like chemistry, physics, and biology, which diversify into multiple branches like organic, inorganic, and physical chemistry; classical, quantum, nuclear, and astrophysics; and zoology, botany, biotechnology, and bioresources? Why not identify a node that connects all these fields? Surely, this will lead us to the subject of nanotechnology as the resolution!
As of 2025, Jammu and Kashmir is lagging behind in introducing this much-needed, revolutionary subject at the school and college levels. Despite its immense potential, nanotechnology remains absent from the +2 curriculum in Jammu and Kashmir. Students aspiring to pursue careers in cutting-edge fields often face a steep learning curve in higher education due to a lack of foundational exposure in school. This gap not only limits their opportunities but also hinders the region’s ability to produce skilled professionals in this transformative field.
Thanks to policymakers, students in the Union Territory are still unaware of this subject’s name after nearly seven decades. In fact, to high-school teachers, the introduction of this subject seems as daunting as summiting Mount Everest (8,848m)!
As per NEP 2020, vocational education is to be imparted to students. How do we expect ideas like regenerative medicine, tissue engineering, targeted drug delivery, nanosensors, carbon nanotube (CNT)-based space ladders, and other advancements to be inculcated in young minds awaiting futuristic educational initiatives through NEP 2020? Should this be linked to the principle of lethargy, which prevents chair-holders from thinking like revolutionary visionaries, or to students who prefer to remain confined to basic theoretical education, never sprouting to contribute meaningfully to society?
At the same time, we must appreciate the University of Kashmir for introducing us to this domain of knowledge, even if only at the age of 24. Although it could have been done earlier, as the saying goes, “Better late than never.”
To those who abide by the belief that “Education is a powerful weapon to change the behavior of society positively” and genuinely want to shape the future of this land to produce intellectual mindsets—whether they are school teachers, Chief Education Officers, assistant professors at the college level, or officials in the education sector—it is time to unite and introduce nanotechnology as a core subject at both school and college levels.
By introducing nanotechnology into the curriculum, Jammu and Kashmir can inspire its students to dream big and develop innovative solutions to global and regional challenges. As Richard Feynman famously said, “What I cannot create, I do not understand.” It is high time we honored this statement by collaborating with experts to introduce the subject at all levels and create a full-fledged multidisciplinary course in nanotechnology.
Policymakers, educators, and industry leaders must come forward to ensure that students in Jammu and Kashmir have access to the opportunities they need to thrive in the 21st century. Introducing nanotechnology in schools is not just a choice—it’s a necessity. The time to act is now. Let the seeds of nanotechnology be sown in schools today so they may yield transformative breakthroughs tomorrow.
The writer is a PhD scholar at the University of Kashmir
Subzar Ah Ganaie
su**************@***il.com