Quantum Computing India News: Government Invests Rs 720 Cr
India Advances Quantum Future: Government Funds 100 College Research Labs and Rs 720 Crore for Fabrication
Quantum Computing India News
The National Quantum Mission (NQM) would fund and promote quantum research and education in India, a key step towards developing indigenous next-generation science and technology. Improve national cryogenics, cutting-edge fabrication, and academic infrastructure.
Increasing Quantum Education at Engineering Schools
The Department of Science and Technology is leading a plan to enhance undergraduate quantum research. On Monday, DST Secretary Prof. Abhay Karandikar announced that 100 engineering schools will receive quantum research funding.
Each selected college would receive Rs 1 crore to build undergraduate minor labs. Prof. Karandikar will choose 100 of DST's 500+ program ideas.
The DST will fund instructional labs and form a quantum algorithm technical group. This organisation aims to build capacity, help startups, and promote industry technology and science. Prof. Karandikar praised IIT Bombay's leadership and the National Quantum Mission and National Mission on Interdisciplinary Cyber Physical Systems' progress.
During a visit to IIT Bombay, Union Minister for Science and Technology Dr. Jitendra Singh inaugurated two cutting-edge Quantum Fabrication and Central Facilities under the NQM.
Building these two key facilities will cost Rs 720 crore. They will be at IISc Bengaluru and IIT Bombay. These centres aim to indigenise quantum computing processors and sensors in India to speed their development.
India has always relied on foreign facilities to build quantum gadgets, the Minister said. This dependence has slowed technological progress. Startups and MSMEs can use the new centralised facilities to speed up fabrication and promote technological research, prototyping, and small-scale production.
Dr. Singh also announced that IIT Delhi and IIT Kanpur will build two more small quantum facilities. These resources will be available to academic institutions, R&T centres, industry, MSMEs, start-ups, and strategic sectors nationally.
Strengthening Cryogenic Infrastructure and Future Tech
Dr. Singh said these investments will boost India's capabilities in cryogenic engineering, superconductivity, quantum computing, quantum sensing, photonics, healthcare technologies, and green energy devices.
The Minister also unveiled a new national cryogenics facility. Helium recovery is efficient in this facility. Liquid helium is essential for MRI, cryo-EM, and advanced materials characterization. The recovery method should save helium, a precious material, and reduce cryogenic study expenditures to a tenth.
To meet global demand for quantum computers, Dr. Singh said India must expand its cryogenics infrastructure. He concluded that the new cryogenics facility and Quantum Lab advancements show India's rapidly developing leadership in next-generation science and technology. The Minister, IIT Bombay's initiatives demonstrate how industry, government, and academia can collaborate to establish a world-class scientific ecosystem that can push future advances. In recent months, IIT Bombay's quantum sensing core has grown significantly.