We invite Indian innovators to design and build a compact, rugged, fiber-coupled 532 nm / 520 nm / 561 nm laser (80–100 mW) for NV-centre magnetometers. The laser must work reliably in the field.
You get 100 days to build it. We then test all submitted lasers independently, and the two best receive prize money. The full target specifications are in Template 1 of the Submission Templates.
NV-centre magnetometers – the quantum sensors capable of detecting magnetic fields down to a few hundred picotesla — depend on one deceptively hard component: the laser that drives them.
We’re calling on Indian innovators, startups, and research teams to design and build a compact, rugged, fiber-coupled laser at 532 nm, 520 nm, or 561 nm, delivering 80–100 mW, built to survive outside the lab.
Stability
Compactness
Thermal management
Vibration tolerance
Radiation resilience
Long-term reliability for field and space deployment
This isn’t a simulation or a paper design. It’s a working prototype, built to spec, tested independently, and benchmarked against the best in the country.
Every portable quantum magnetometer needs a light source that’s stable, efficient, and field-ready. Today, that component is often bulky, power-hungry, or imported. Solve it, and you unlock a critical building block for India’s quantum sensing ecosystem from defect detection to GPS-denied navigation.
This is your opportunity to engineer the part that makes the whole system possible. Stand a chance to collaborate with the brightest minds in India’s quantum ecosystem and associate with the National Quantum Mission.
Two winners · ₹5 Lakh each.
Only lasers that meet all mandatory specifications in testing can win. If fewer than two qualify, fewer awards may be given. Awards are subject to applicable taxes (TDS).