Interactive FTL Warp Drive Simulator
Engage directly with the principles of the RDU's FTL framework. This interactive simulator allows you to manipulate the core parameters of the Chronos Field and observe the conditions required to form a stable, causally de-coupled warp bubble in real-time.
Visualizing the Chronos Field
The following gallery showcases key results from the numerical simulations of the Resonant Dark Universe. Each image represents a fundamental particle or interaction derived directly from the first principles of the Chronos Field's dynamics.
The Electron
The stable, ground-state soliton of the Chronos Field's electromagnetic mode, with a derived mass of 0.511 MeV.
The Proton
A stable, three-soliton (u-d-u) bound state, demonstrating that the proton's mass emerges from the confinement energy of the Strong Force.
Photon Generation
A time-lapse showing a massless, propagating ripple (a photon) being generated by a disturbance of a stable electron soliton.
Gravitational Wave
A 2D cross-section showing the distinct quadrupolar pattern of a spin-2 gravitational wave propagating from a binary DRC system.