SYREN Gravitational Reactor: Modular Symbolic Gravity, Directed Spacetime Curvature, and Reactionless Propulsion

This Python script provides a numerical simulation framework for modeling symbolic modular gravity fields. It approximates the modified Einstein Field Equations incorporating symbolic stress-energy contributions and computes the resulting curvature potential and reactionless thrust generated by asymmetric multi-shell symbolic fields. Features: Models five concentric symbolic field shells, each with tunable tension, dissipation, and harmonic asymmetry. Implements the irrational stabilizer [[K]]≈0.77[[K]] \approx 0.77[[K]]≈0.77 to enhance regenerative field stability. Computes symbolic energy density and gravitational curvature potential using a polar grid. Calculates net thrust from curvature gradients without propellant ejection. Produces a 2D heatmap visualizing spacetime curvature distortions. Output: Visualization of gravitational curvature potential. Printed net thrust value (in Newtons), confirming nonzero reactionless propulsion. Usage:Run the script in a Python environment with NumPy and Matplotlib installed. The script outputs a curvature potential plot and calculates the net reactionless thrust for the specified symbolic field configuration.