Tech giant IBM has expanded its collaborative AI and quantum computing research initiatives with the Indian Institute of Technology Bombay and the Indian Institute of Science, Bangalore. The partnership aims to accelerate breakthrough scientific discoveries and build a highly skilled deep-tech workforce.
₹6,003 crore
National Quantum Mission Budget
Prior dedicated federal quantum funding: ₹0→₹6,003 crore
⏳ Time Machine
How today’s news fits into the bigger picture
2016
IBM Quantum Experience
IBM puts the first quantum computer on the cloud, allowing anyone globally to program a 5-qubit processor for free.
2021
IIT-B joins IBM network
IIT Bombay becomes the first Indian institution to join the IBM Quantum Network, gaining initial access to advanced quantum learning tools.
2023
National Quantum Mission
The Indian government approves a massive ₹6,003 crore National Quantum Mission to develop indigenous quantum technologies over eight years.
Today
IBM expands advanced quantum and AI research programs with IIT Bombay and IISc.
What happens next?
The first breakthrough joint research papers on quantum molecular modeling are slated for publication in early 2027.
US technology giant IBM has announced a major expansion of its advanced research partnerships with two of India’s premier academic institutions: the Indian Institute of Technology (IIT) Bombay and the Indian Institute of Science (IISc), Bangalore. On Sunday, October 4, 2026, details emerged of joint initiatives focusing on frontier artificial intelligence and quantum computing applications. Under the expanded framework, researchers will gain access to IBM’s state-of-the-art quantum systems and hybrid cloud infrastructure. This collaboration is designed to foster localized breakthrough discoveries in material science, climate modeling, and drug discovery while training a highly specialized generation of Indian researchers.
💭 If you're wondering…
Unlike classical computers, quantum computers excel at simulating molecular structures, which can revolutionize drug design, optimize complex logistics networks, and create super-efficient battery materials.
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