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Hi Lev - Our mission is to deliver fault-tolerant quantum computing systems and services to the commercial market. We're currently prototyping our technology at the small scale i.e. < 20 qubits. Once this validation is complete, we intend to scale up to much larger systems.

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Chad, Sounds interesting! Is the 20-qubit threshold set by limitations of your simulation tools, or is that really all you need to validate your approach and ensure that nothing weird will happen (crosstalk / correlated errors / etc.) when you scale up to larger numbers of qubits?

Good luck! Doug

Hey Doug! Thanks! Great to see the IBM quantum team on HackerNews! We've worked really hard to bake scalability into the designs from day 1. Our challenge now is to validate standard 1 and 2 qubit performance metrics on that scalable 2-D qubit lattice. A system with ~16 qubits is big enough to get a reasonable assessment of correlated errors between non-nearest neighbors, and small enough that it's still pretty cheap to build. We've also made some great headway in developing a scalable and low-cost architecture for the control electronics and signal delivery - about 20x cheaper than the standard approaches - and 16 qubits is large enough to really put those to the test. Be well! Chad

thanks for the response. Are your systems superconducting/atomic/spintronic etc? Are they an instance of adiabatic computing? Curious about these sorts of details.

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