LARGE-SCALE INTEGRATION & SYSTEM-LEVEL COHERENCE
10:00 – 11:30
Session B5 – System Coherence: Coupling HPC, QPU, Photonics & Edge
- Distributed coherence models
- Synchronization between quantum nodes
- Photonic interconnects for QPU clusters
- Edge–cloud–quantum orchestration
Models & Equations:
- Quantum network fidelity models
- Photon-loss channels and error-transfer matrices
- Latency-bound optimization in hybrid workflows
Scientific value: define the overall architecture of computing for 2030–2040.
12:00 – 13:30
Session B6 – Simulation & Modelling of Hybrid Systems
- Multi-physics simulation combining HPC + quantum accelerators
- Full-stack simulator of hybrid quantum–classical pipelines
- Stochastic modelling of noise propagation
- Digital-twin architectures for hardware stacks
Methods discussed:
- Monte Carlo + variational quantum layers
- Surrogate models with reduced-order techniques
- FEM–quantum hybrid solvers
Scientific value: conducting research on research — simulating future architectures.
