The Kuramoto-XY mapping uses canonical SCPN parameters (Paper 27). A natural extension is to derive omega_n and K_nm from real tokamak transport data.
Approach:
- Use QLKNN turbulent transport profiles as source for coupling strengths
- Map radial grid points to oscillator layers
- Compare quantum-simulated synchronization against classical transport solver predictions
Data source: QLKNN-hyper-10D (Citrin et al. 2017), available as open dataset.
Depends on: scpn-fusion-core QLKNN interface.
The Kuramoto-XY mapping uses canonical SCPN parameters (Paper 27). A natural extension is to derive omega_n and K_nm from real tokamak transport data.
Approach:
Data source: QLKNN-hyper-10D (Citrin et al. 2017), available as open dataset.
Depends on:
scpn-fusion-coreQLKNN interface.