Conservation-aware conversion of stored feedstock
This proposed core would raise the energy of the captured state using controlled electromagnetic fields before delivering it to the exhaust system.
Known effects vs. proposed extrapolation
Accelerating charged particles or producing directed electromagnetic radiation consumes quantifiable input power. An ordinary photon rocket has thrust-to-power relation F=P/c for an ideal beam.
What the working reports suggest
One report describes a 700 m axial reactor section while another assigns 700 m radius and 1.2 km length to a cyclotron-core geometry. Its proposed massive-photon performance enhancement has not been independently validated.
How material or energy would move
- Receive metered material/energy from the stationary-light buffer.
- Add energy from a power system and account for all losses.
- Hand a characterized beam or particle flux to the output collimator.
The engineering uncertainty
Radiation cannot be re-energized for free. The energy source, rest-mass assumption, propulsion coupling and reactor dimensions must be reconciled before estimating thrust.
What a rigorous test needs
Close electrical/optical power and momentum budgets across the entire core and nozzle under a single material model; independently recalculate any thrust-to-power ratio.
Editorial source track: R05 — Cyclotron Core and Exhaust; project integration notes. Report bodies are internal working documents, not independently reviewed physics.