Dr Jitendra Singh inaugurated India’s first Liquid Helium Cryogenic Facility during his recent visit to IIT Bombay. The Union Minister of State for Science and Technology reviewed India’s emerging quantum sensing platforms and highlighted the nation’s consistent progress in advanced scientific research.
During the visit, he interacted with researchers at the Institute’s Quantum Research Laboratories. The tour focused on the ongoing development of indigenous quantum technologies and the strengthening of national capabilities in frontier science.
IIT Bombay Quantum Sensing Update: Review of Indigenous Platforms
Dr Singh examined the first series of indigenous quantum sensing and imaging systems developed at IIT Bombay. These platforms represent a major milestone in India’s research and development trajectory.
A two-line introduction is provided before presenting the details of the key technology reviewed during the visit. The points below describe the breakthrough device demonstrated by the researchers and its impact across multiple scientific fields.
Key Technology Reviewed
- The Quantum Diamond Microscope (QDM), developed by IIT Bombay’s PQuest Group, was a major highlight of the tour.
- Based on NV centres in diamond, the QDM enables nanoscale, three-dimensional magnetic field imaging.
- The technology has strong potential to transform areas such as neuroscience, materials science and semiconductor diagnostics.
- The development marks an important step toward building fully indigenous quantum sensing platforms.
Dr Singh stated that these achievements reflect India’s rising role in global quantum research. He emphasised that the integration of academic expertise with national scientific missions is essential for long-term progress.
Liquid Helium Cryogenic Facility at IIT Bombay: National Significance
The visit concluded with the inauguration of the Liquid Helium Cryogenic Facility, described by the Minister as an important national asset. The facility is positioned to support high-precision research across multiple sectors.
A short introduction is presented before outlining the major capabilities and national relevance of the facility. The points summarise how this new infrastructure strengthens India’s scientific foundations.
Facility Highlights
- The facility will enhance research in cryogenic engineering, quantum computing, healthcare technologies and green energy devices.
- It is the first Liquid Helium Facility of its kind in India, expanding the country’s cryogenics infrastructure.
- Dr Singh noted that, unlike earlier quantum initiatives, this facility has not yet received DST support, indicating the need for broader collaboration to strengthen indigenous capabilities.
- The infrastructure is expected to boost India’s long-term self-reliance in critical cryogenic technologies.
India’s Progress in Next-Generation Science and Technology
Dr Singh remarked that the advancements at IIT Bombay underline India’s rapid progress in next-generation technologies. He highlighted that the combination of quantum sensing innovations and new cryogenic capabilities demonstrates how academic institutions can shape the country’s scientific future.
He added that IIT Bombay’s work reflects the strength of collaboration between academia, government and industry. This alignment, he said, is essential for building a world-class scientific ecosystem and supporting India’s upcoming technological ambitions.
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