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// EARLY FTQC FOR HIGH PERFORMANCE COMPUTING
Why and How HPC Should Prepare for eFTQC.
A report for HPC practitioners and decision makers ready to accelerate. It lays out a roadmap for rapid adoption and seamless integration of eFTQC.
Co-authored by HPC experts and quantum innovators.
Exponential speedups. Hybrid workflows. Real eFTQC acceleration.
1. QPUs go beyond Moore’s law. They explore solution spaces unreachable classically.
2. Quantum algorithms with proven exponential speedups exist for relevant HPC problems.
3. eFTQC will arrive by the end of the decade, enabling unprecedented research.
A significant share of supercomputing users will benefit from eFTQC QPUs.
1. Materials science leads the way, with chemistry and other many-body problems close behind.
2. These fields represent between 13% and 54% of scientific compute demand.
3. Later, algorithm optimizations, FTQC architecture improvements and heuristics development will unlock new applications.
HPC centers that act now will shape quantum vendor roadmaps, attract users, and unlock the first beyond-classical results.
1. eFTQC won’t be plug-and-play. Vendors and HPC collaboration is essential to speed up impact.
2. The bridge must be built through HPC center’s expertise development, vendor benchmarking and cloud access to QPUs for users.
3. HPC centers must engage with vendors to co-design applications, develop the hybrid stack, and test eFTQC prototypes to lead.