Liminal Channels
Steganographic channels hidden in Julia set orbits — deterministic signals that carry secret messages while remaining provably indistinguishable from Brownian noise
Thoughts drifting through time
Steganographic channels hidden in Julia set orbits — deterministic signals that carry secret messages while remaining provably indistinguishable from Brownian noise
Backward-iterated Julia orbits approximate Brownian motion via the ASIP — but compress the path, and a deterministic skeleton emerges from the residual
Replacing Brownian noise with deterministic chaos on Julia sets — where fractal geometry meets Fokker-Planck equations, and the Buddhabrot reveals the moduli space of noise
An interactive exploration of the three-body problem through Julia-set Fokker-Planck discretization — fractal noise, transfer operators, and the geometry of celestial chaos
A trajectory through phase space toward the centre — sheep, attractors, and the geometry of annihilation
An example of embedding interactive web apps in your blog
Exploring the spaces we pass through but never fully inhabit