I donâ(TM)t think you actually understand the way quantum computing works and how the calculations per second expand with then number of qubits. A 30 qubit computer has the same processing power as a traditional cpu computer that is running at approx 10 Teraflops. With each added logical qubit, the processing power increases exponentially (2^N). Yes, there are problems such as useful life expectancy of the qubit, and that means needing to perform statistical analysis of the results. However, something like (2^N)/1000 will still very quickly outpace performance of traditional computing. With just 10 additional qubits, you have enough to run that statistical analysis, so it needs 40 qubits for the statistical analysis. This Helios system, this is 48 logical qubits, which is roughly 2,800 tflops of calculating power (or ~2.8 pflops). Just 1000 of these systems would have the processing power of the current fastest supercomputer cluster in the world as of June 2026. Do you know how many more logical qubits are needed to reach that level in a single quantum computer as opposed to a cluster? 58. That is way, way, way less than the 1000s to millions you are implying.