THEBUSINESSBYTES BUREAU

NEW DELHI, MARCH 15, 2026

Declaring that India is entering a transformative era where innovation and advanced science will shape the nation’s growth trajectory, Union Minister Jitendra Singh said the country is witnessing the rise of a technology-driven development model that will redefine national security, economic expansion and global competitiveness.

Speaking during a fireside chat at the Alternate Media Conference titled “Unstoppable Bharat 2026” in New Delhi, the Union Minister of State (Independent Charge) for Science & Technology and Earth Sciences noted that the nature of warfare itself is undergoing a profound shift. He observed that traditional man-to-man combat is steadily giving way to technology-driven strategic preparedness, where advanced innovations increasingly determine the outcome of conflicts and national defence capabilities.

Dr Singh emphasised that emerging domains such as space technology, nuclear energy, artificial intelligence and cutting-edge scientific research will play a decisive role in shaping India’s future security architecture as well as its broader national development agenda. According to him, these sectors are not only strengthening strategic capabilities but also creating new avenues for economic growth and technological leadership.

Referring to recent policy reforms in the space sector, the Minister said the decision to open the sector to private participation and startups has triggered a vibrant ecosystem of innovation. He pointed out that India today hosts a rapidly expanding network of space startups, with industry players, research institutions and young innovators collaborating to accelerate the country’s space economy in the coming years.

Highlighting India’s deep reservoir of scientific talent, Dr Singh said the government has been steadily working to create an enabling environment that nurtures innovation from an early stage. He referred to initiatives aimed at encouraging students in schools and universities to pursue careers in science and technology, noting that programmes such as Vigyan Jyoti are helping young learners—particularly girls—discover opportunities in research, innovation and advanced scientific careers.

He further observed that building a strong scientific base requires students to identify their aptitude early and pursue diverse fields of research. The Minister said the National Education Policy 2020 has created greater academic flexibility, enabling students to move across disciplines and explore emerging areas of science and technology that are critical to the future knowledge economy.

Dr Singh also underlined the strategic importance of energy security in an increasingly digital world. He explained that nuclear energy will play a vital role in supporting technologies such as artificial intelligence and large-scale data centres that require uninterrupted and reliable electricity. Nuclear power, he noted, provides a clean and dependable energy source and will remain a key pillar of India’s long-term energy strategy.

The Minister also highlighted the growing contribution of nuclear science in the healthcare sector, stating that nuclear medicine is opening new possibilities in the treatment of serious illnesses, including cancer and blood disorders. Expanded research and greater industry participation, he said, will help make advanced medical technologies more accessible to patients across the country.

Concluding his remarks, Dr Jitendra Singh said India is entering a phase where deeper collaboration between government institutions, private industry and the scientific community will accelerate innovation and strengthen national capabilities across sectors such as defence, healthcare, clean energy and advanced technologies.