Driving India’s Leadership in Quantum Sensing & Metrology

Our magnetometers are built on fundamental research and designed to advance industries such as defence, semiconductors, and biomedical diagnostics. Operating at room temperature, these compact, portable sensors offer exceptional spatial resolution. Prof. Saikat Ghosh who leads our magnetometry research, is driving innovations that enhance the sensitivity of our sensors and expand their potential applications. These systems are aimed at transforming real-world applications, offering unprecedented precision for sectors that require high-level sensing.

Qmet’s quantum microscopes are designed for both room-temperature and cryogenic environments, providing groundbreaking imaging capabilities. These systems will continue to evolve, enhancing early-stage disease detection and semiconductor diagnostics. Led by Prof. Kasturi Saha, our microscopy efforts are focused on pushing the boundaries of visibility and enabling more accurate imaging in a variety of fields. The microscopes are set to advance the limits of visibility, unlocking insights that were once beyond reach.

Photonics are another priority in Qmet’s quantum sensing platform, where we are developing systems to enhance depth, resolution, and contrast for biomedical and materials research. These systems are poised to transform optical clarity in the quantum sensing landscape. Prof. Anand Jha, who is overseeing our photonics work, is working on systems that set new standards in precision and imaging quality. With continuous advancements, we are shaping the future of high-precision imaging that will change how we interact with the world at the quantum level.

Qmet’s atomic magnetometers use laser-cooled atoms to measure magnetic fields with extreme sensitivity and minimal noise. Designed for real-world deployment, these sensors are ideal for geophysics, navigation, and biomedical research. Prof. Saikat Ghosh is leading the development of these sensors, focusing on improving their performance and portability for a range of applications. These systems are designed to redefine precision, enabling applications across industries that rely on unrivaled accuracy.