Under the National Quantum Mission (NQM), approval for quantum teaching facilities and laboratories in 23 academic institutions across India has been granted — with 100 more institutions currently under consideration. This major outcome was reviewed during a high-level meeting chaired by Union Minister Dr. Jitendra Singh on 16 March 2026, which focused on strengthening inter-ministerial coordination and national scientific missions. The session also finalized Pune as the proposed venue for the India International Science Festival (IISF) 2026 and detailed plans for a large-scale technology showcase at Bharat Mandapam for National Technology Day. These initiatives reflect growth inIndia’s advanced research infrastructure and are supported by efforts to align research manpower guidelines with the Anusandhan National Research Foundation (ANRF) framework.
Key Pillars of Science & Technology Initiatives
Quantum Mission Expansion: Approval granted for quantum laboratories in 23 institutions, aimed at supporting advanced research and training in emerging quantum technologies.
IISF 2026 Framework: Pune has been identified as the proposed venue for the India International Science Festival, with the Department of Biotechnology leading the logistics and theme planning.
National Technology Day: A large-scale showcase of over 500 technologies is planned at Bharat Mandapam (11–13 May 2026) involving 3,000 stakeholders.
Space Sector Milestones: Review of upcoming PSLV missions and the planned launch of a navigation satellite for the Navy around May 2026.
Research Manpower Reform: The DST is revising manpower guidelines to align them with the Anusandhan National Research Foundation (ANRF) framework for greater uniformity.
Innovation Ecosystem: Success of the RISE Conclave in Chennai, which showcased 140+ technologies from CSIR, DST, DBT, and ISRO laboratories.
What is the "RISE Conclave"? The RISE Conclave (Research, Industry, Startup and Entrepreneurship) is a strategic platform designed to strengthen innovation and technology commercialization in India. The 5th edition, hosted by CSIR in Chennai, brought together researchers and industry leaders to facilitate high-impact interactions. This conclave plays a role in offsetting the gap between academic research and market-ready products by providing a startup expo where institutions like BIRAC and ISRO can showcase their innovations. The event is supported by the goal of leveraging domain expertise across scientific departments to ensure that national research priorities lead to tangible entrepreneurial growth.
Policy Relevance: Coordinating India’s Scientific Frontier
Strengthening Human Capital: Establishing quantum laboratories in academic institutions reflects growth inthe government's efforts to build a skilled workforce for future-ready technologies.
Internalising Inter-Ministerial Synergy: The focus on joint projects across multiple scientific departments contributes to a more efficient use of resources and domain expertise.
Bypassing Administrative Silos: Aligning manpower guidelines with the ANRF framework is supported bythe need for greater uniformity in project staff norms across different science ministries.
Link to Strategic Autonomy: The launch of dedicated navigation satellites for the Navy plays a role instrengthening India's space-based navigation and strategic defense capabilities.
Relevant Question for Policy Stakeholders
Quantum Implementation: How can the DST ensure that the 23 newly approved quantum laboratories are equipped with standardized research equipment?
Commercialization Metrics: What specific measures will be introduced during National Technology Day to ensure that the 500+ showcased innovations attract significant private sector investment?
Governance Scaling: In what ways will the ANRF-aligned manpower guidelines help in reducing the turnover of research staff in DST-funded projects?
Follow the Full Release Here: Dr. Jitendra Singh Reviews Key Initiatives in Research and National Quantum Mission
