>As classical computing nears its physical and computational limits in applications like drug discovery and AI, quantum is well-positioned to accelerate these workloads.
I don’t think classical computing has reached its limits. And at least in terms of drug discovery which im well acquainted with, computing power is nowhere near the bottleneck. Good luck tho
Functional quantum would break crypto though, which would be funny. But I doubt it has very many commercial use cases. Compute power is simply not the bottleneck in many industries, and advanced quantum computing isn’t actually likely to be more powerful than a modern GPU. It’s an architectural issue.
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>As classical computing nears its physical and computational limits in applications like drug discovery and AI, quantum is well-positioned to accelerate these workloads.
I don’t think classical computing has reached its limits. And at least in terms of drug discovery which im well acquainted with, computing power is nowhere near the bottleneck. Good luck tho
Functional quantum would break crypto though, which would be funny. But I doubt it has very many commercial use cases. Compute power is simply not the bottleneck in many industries, and advanced quantum computing isn’t actually likely to be more powerful than a modern GPU. It’s an architectural issue.