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National Quantum Mission (NQM)

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April 09, 2026

Prelims: Current events of national and international importance | Science & Technology

Why in News?

India’s National Quantum Mission has deployed a 1,000 km secure quantum communication network in under 3 years.

Quantum technology is a broad field of physics and engineering that develops new devices and systems by directly harnessing the unique principles of quantum mechanics.

  • Launched in - April 2023.
  • Duration - 2023–2031.
  • Aim - To seed, nurture, and scale scientific R&D in quantum technologies (QT).
  • Implemented by - The Department of Science and Technology (DST) through 4 thematic hubs.
    • Thematic Hubs (T‑Hubs) –
      • IISc Bengaluru – Quantum Computing.
      • IIT Madras & C‑DOT – Quantum Communication.
      • IIT Bombay – Quantum Sensing & Metrology.
      • IIT Delhi – Quantum Materials & Devices.
  • Nodal Ministry – Ministry of Science and Technology
  • Quantum Technology Cell (QTC) – A specialized division responsible for overseeing and implementing the National Quantum Mission (NQM).

Quantum Diamond Microscope (QDM) is India's first indigenous QDM was recently launched by the IIT Bombay T-Hub for advanced magnetic field imaging.

  • Types of Quantum Technology –

 

Meaning

NQM’s Role

Quantum Computing

Uses qubits and quantum mechanics to solve problems too complex for classical supercomputers.

Develop intermediate-scale quantum computers with 50–1,000 physical qubits using superconducting and photonic platforms.

Quantum Communication

Uses quantum states to create secure, unhackable channels for transmitting information.

Establish 2,000 km of satellite-based secure quantum communication between ground stations

Quantum Sensing

Uses atomic-level sensitivity to achieve ultra-precise measurements of motion, gravity, and magnetic fields.

Develop high-sensitivity magnetometers and ultra-precise atomic clocks for applications in navigation and precision timing.

Quantum Simulation

Uses one quantum system to model and study the behaviour of another complex quantum system

Build high-fidelity simulators to model complex materials, drug interactions, and chemical processes for industrial self-reliance

References

  1. PIB | NQM
  2. DST | NQM

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