‘We Have Created History’: Chandrababu Naidu Launches Quantum Test Beds in Amaravati

Andhra Pradesh Chief Minister N. Chandrababu Naidu on April 14 announced the launch of two quantum computing test beds in Amaravati, marking a significant step in India’s emerging quantum technology landscape. Calling it a historic milestone achieved on World Quantum Day, Naidu said the initiative positions the state at the forefront of next-generation computing infrastructure.

The two facilities—set up at SRM University Amaravati and Medha Towers in Gannavaram—are part of the ambitious Amaravati Quantum Valley project. These test beds are designed to support the testing and validation of quantum hardware, a domain where India currently has limited infrastructure and capabilities. According to the Chief Minister, the newly launched 1S and 1Q systems will play a crucial role in testing, benchmarking, and certifying quantum devices.

“It is a matter of great pride that this Telugu land, which has already made a mark in the IT sector, is now emerging as a hub for quantum technologies,” Naidu said, underlining the state’s ambition to lead in advanced computing.

The two test beds have been developed with distinct functions. The 1Q system, built by QBit Force and located at Medha Towers, is focused on testing and measuring quantum components. Meanwhile, the 1S system at SRM University Amaravati is based on superconducting technology and operates at extremely low temperatures, close to -273°C, a requirement for maintaining quantum states. Both setups are modular in design, allowing components to be easily replaced or upgraded, thereby enabling continuous experimentation and innovation.

A notable feature of the Amaravati initiative is its open-access model. Unlike many quantum laboratories that remain restricted, the facility at SRM University will be accessible to researchers, students, startups, and industry players. This move is expected to foster collaboration and accelerate the development of indigenous quantum technologies.

The project has been built with significant domestic support. Andhra Pradesh State Quantum Mission director CV Sridhar noted that the systems incorporate components developed within India, with contributions from premier institutions such as the Tata Institute of Fundamental Research, the Indian Institute of Science, and the Defence Research and Development Organisation.

The state government envisions the Amaravati Quantum Valley as the foundation of a broader ecosystem that integrates research, startups, and industry partnerships. By investing early in quantum infrastructure, Andhra Pradesh aims to position itself as a national hub for cutting-edge technological innovation, potentially shaping the future of computing in India.