A modular synthesizer for mathematics. Compose, evolve, and visualize PDEs, SDEs, and beyond through an expressive operator algebra.
What's Coming
Everything you need to compose, simulate, and visualize differential equations
Chain analytic warps, remainders, sieves, and stochastic operators like modules in a patch bay. Compose PDEs, SDEs, and fractional equations through intuitive operator algebra.
Write simulations in elegant Lua. Access 50+ built-in operators, integrators (RKF45, Euler-Maruyama), and real-time feedback loops.
Watch equations evolve at computation speed. Remainder traces, curvature maps, and filtered spectra become immediate visual feedback.
Heat, wave, Burgers, reaction-diffusion, Complex Ginzburg-Landau, fractional dissipation, and stochastic noise — all in one framework.
C++ runtime with SIMD optimization. GPU acceleration ready. Scales from prototypes to production simulations.
Academic licenses available. Open documentation. Built for researchers, by researchers.
From beta to general availability
Q4 2025
Selected researchers testing core operator algebra and Lua API. Feedback shaping final features.
Q4 2025
Open beta testing with expanded feature set. Community feedback integration.
Q1 2026
Full commercial and academic licenses. Complete documentation. Production ready.
Q2 2026
Runtime-trainable operators. Quantum mode-based evolution. Advanced visualization engine.