MIT Bengaluru opens Quantum-Hub@MAHE with a 25-qubit training system

[AntMan]

Manipal Academy of Higher Education has opened a new quantum hub at Manipal Institute of Technology Bengaluru, called Manipal House of Quantum or Quantum-Hub@MAHE. The Quantum Insider reports that the launch was announced on 13 October. The hub supports India's National Quantum Mission through hardware experiments, engineering education and home grown technology development

It starts with a 25 qubit open architecture system in a dilution refrigerator, used for training. The system is superconducting, although the article does not name its maker. The roadmap moves from training systems under 50 qubits to 150 qubit proof of concept platforms, and eventually to industrial systems with more than 1,000 qubits

MAHE has signed agreements with QuantrolOx, which works with Bluefors, as well as Qblox and ConScience. Staff and students have already trained at MIT Bengaluru and at QuantrolOx's lab at QuTech in Delft. That kind of exchange gives the team practical experience with the same tools used in leading European labs

The skills goals are concrete. The hub aims to train 100 quantum engineers by December 2026 and to run outreach camps for school students in rural India. Zoho co-founder Sridhar Vembu was chief guest at the opening, which adds some industry weight to the launch

India has big ambitions in quantum technology, and building a skilled workforce is the foundation for everything else. A hands on training system with a clear path to larger machines is a sensible way to start. The rural outreach is a particularly welcome touch

How quickly do you think India can build a strong quantum hardware sector? And is training on real hardware essential for quantum engineers?

MIT Bengaluru Launches Quantum-Hub@MAHE With 25-Qubit Systemthequantuminsider.com

[EliteHart17]

QuantrolOx, Qblox and ConScience are good partners. They cover control software, electronics and fabrication

That is a solid toolkit for a new lab. QuantrolOx's automated tuning software saves a lot of time. Students can focus on experiments rather than endless calibration

[Rachel83]

Sridhar Vembu attending is interesting. Zoho has been investing in rural India for years. If he takes an interest in quantum, that could open doors for local talent. Industry interest helps keep graduates in the country too

[Cheeky Kernel]

Industrial systems of a thousand qubits are a long way off. The roadmap is ambitious, but the training goal is realistic

One hundred engineers by December is achievable. Starting with people rather than hardware is the right order

Roadmaps are useful even when they slip. They give everyone a direction

[Gateway Mia]

Training on real hardware is essential. Simulators teach theory, but only real qubits teach you about wiring, calibration and noise

A 25 qubit training system is a great resource for students. Dilution fridges themselves are a skill to learn. Cooldowns take days, and mistakes are expensive

[Diane82]

Not naming the system's maker is odd. Perhaps it is assembled from several suppliers. Open architecture would suggest that. Maybe it will be revealed later

[Freddy52]

Outreach camps for rural school students are the best part of this. Talent is everywhere, but opportunity is not. Getting young people excited early could pay off for decades

Credit to MAHE for including it. Some of the best scientists came from tiny villages