Overview
The National Quantum Mission (NQM) is being reviewed through its governance bodies and an annual conclave held on 10–11 April 2026. The mission aims to build a self‑reliant quantum ecosystem for defence, security, health, finance and manufacturing.
Key Developments (2025‑26)
- Four Thematic Hubs are now operational, covering quantum computing, communication, sensing & metrology, and materials & devices.
- 14 technical groups and 17 project teams are active, with 23 quantum teaching laboratories set up across the country.
- Research infrastructure for quantum processors and sensors is being built at IISc Bengaluru, IIT Bombay, IIT Kanpur and IIT Delhi.
- 17 startups receive support for indigenous quantum product development.
- DRDO has transferred Quantum Random Number Generators and RFSoC‑based controllers to industry under the IDDM framework.
- MeitY launched Qniverse, giving students and startups access to multiple quantum hardware.
- ISRO instituted structured design reviews (BDR, PDR, CDR) and built quantum‑ready labs, optical stations and satellite test facilities.
Important Facts
• 14 Technical Groups and 17 Project Teams work on algorithms, hardware and applications.
• 23 Quantum Teaching Laboratories are being set up to train the next generation of quantum engineers.
• 17 quantum‑technology startups are receiving mentorship and funding.
• DRDO’s Technology Development Fund and DIACoEs are active at IITs, IISc and central universities.
Exam Relevance
The NQM illustrates India’s push for strategic autonomy in emerging tech, a recurring theme in GS 3 (Science & Technology) and GS 4 (Security). Understanding the governance model (Mission Governing Board, Technology Research Council) helps answer questions on policy implementation. The collaboration between ministries (Science & Technology, Electronics & IT, Defence, Space) showcases inter‑ministerial coordination, relevant for GS 2 (Polity). The focus on indigenous development aligns with the Make in India and IDDM policies.
Way Forward
To sustain momentum, the mission should:
- Strengthen industry‑academia linkages through more CARS contracts.
- Expand quantum‑skill programmes at undergraduate and postgraduate levels.
- Accelerate commercialization of quantum hardware by creating a dedicated quantum‑technology park.
- Integrate quantum research outcomes with national security and civilian applications, ensuring a robust supply chain.
Continued monitoring by the Mission Governing Board and periodic conclaves will keep the ecosystem aligned with global advances.