From Hardware to Advantage: Hybrid Infrastructure as Enabler for Industry Adoption
summary
Claims that hybrid stacks need orchestration and scheduling tied into SLAs and HPC-level reliability, with portability via intermediate representations. A concrete stack example is the Munich quantum software effort and QDMI for Slurm that already routes hybrid workloads; a materials study on proton exchange in water produces unexpectedly useful results on small devices. Scaling risks include month-long GPU training for AI-assisted decoders and the coming shift to fault-tolerant logical qubits that force real-time FPGA and OS integration.
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chapters (12)
- 0:00Panel introduction
- 2:30Hybrid infrastructure needs
- 7:48Europe’s quantum readiness
- 9:13Hurdles in hybrid systems
- 12:01Industry perspectives on hybrid
- 13:26Healthcare with hybrid quantum
- 19:11Trust in quantum healthcare
- 21:18Hybrid quantum-HPC in action
- 25:15Fault-tolerant middleware
- 28:28AI error correction decoders
- 31:36Hybrid infrastructure outlook 2030
- 39:48Q&A
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