NEW DELHI: In a giant step towards making India a global leader in quantum technology, minister of science and technology Jitendra Singh on Tuesday announced the selection of eight startups for support under the Department of Science and Technology’s newly-formulated guidelines. These startups, chosen under the National Quantum Mission (NQM) and the National Mission on Interdisciplinary Cyber-Physical Systems, represent the forefront of innovation in this rapidly-evolving field, a science and technology ministry statement said.
Each of the selected startups is set to make impactful contributions in their respective domains of quantum technology. Bengaluru-based QNu Labs is spearheading advancements in quantum communication by developing end-to-end quantum-safe heterogeneous networks. Similarly, QPiAI India Private Ltd, also from Bengaluru, is working on building a superconducting quantum computer, marking a milestone in quantum computing.
Dimira Technologies, based at IIT Mumbai, is focusing on indigenous cryogenic cables essential for quantum computing, while Prenishq from IIT Delhi is developing precision diode-laser systems that are vital for the sector’s growth. In quantum sensing and metrology, QuPrayog from Pune is innovating optical atomic clocks and related technologies, and Quanastra from Delhi is developing advanced cryogenics and superconducting detectors. In the area of quantum materials and devices, Ahmedabad’s Pristine Diamonds is creating diamond materials for quantum sensing, and Bengaluru’s Quan2D Technologies is advancing superconducting Nanowire Single-photon Detectors.
These startups were chosen after a rigorous evaluation process, reflecting their alignment with NQM’s vision of fostering cutting-edge research, innovation and industrial applications to place India at the forefront of quantum technology on the global stage.
Addressing a gathering of scientists and startups, Singh said “quantum technologies are poised to revolutionise multiple aspects of our lives by harnessing the unique principles of quantum science”. Quantum communication, he said, offers ultra-secure methods of sharing information through quantum cryptography, making it nearly impossible for hackers to intercept or tamper with sensitive data.
This has critical implications for national security and the safety of personal and business communications, Singh said, emphasising the role of quantum-sensing in revolutionising healthcare, enabling highly-precise medical diagnostics and imaging that could redefine how treatments are delivered. Discussing cybersecurity, the minister said quantum advancements would provide unmatched protection for financial systems, securing online transactions and safeguarding sensitive data in an era of growing cyber threats. He further highlighted how quantum simulations can optimise energy systems, making power grids more efficient, renewable energy sources more reliable, and fostering the discovery of sustainable energy materials.
Singh underlined the far-reaching implications of quantum technology in improving satellite communication and navigation systems, which would lead to more accurate GPS services, faster satellite-based internet, and secure communications vital for disaster management and global connectivity.
