01
Research question
Can localized energy-like patches be charged, transported, exchanged, and safely suppressed within one numerically balanced model?
02
Method and experiment series
E1.1–E1.7 share one driven–dissipative complex-field codebase and vary gates, corridor bias, drains, bridges, noise, objective weights, and safety thresholds.
Series: E1.1–E1.7 · balance · storage · transport · exchange · safety
03
Key results
- A midpoint power-balance diagnostic is established before performance comparisons.
- Storage, corridor transport, and bridge exchange are demonstrated as separate model primitives.
- Noise sweeps, a storage–transport objective, and OFF plateaus from the kill-switch expose robustness and safety trade-offs.
04
What is not established
Energy is a model-defined field integral. The work is not a battery, generator, certified storage device, or measurement of physical energy density and round-trip efficiency.
This work is a numerical proof-of-concept. It establishes model-level behaviour under the stated assumptions and does not replace independent laboratory validation.
