Synthesia Lab explores how plants communicate through invisible digital signals. Each signal is an artifact — a glimpse into the secret life of synthetic flora. Join our experiments to discover
the future of digital nature.
the future of digital nature.
We capture root echoes and vein pulses at ground level, mapping the silent exchanges within synthetic flora.
We decode plant
micro-signalsand reveal them as visual patterns.
micro-signalsand reveal them as visual patterns.
ABOUT
Each sample reveals how local signals form complex networks. These fragments help us model the hidden logic of digital ecosystems.
Beneath the surface, neon currents stitch distant nodes into one network.
Signal pulses shape growth patterns across the synthetic field.
At ground level, micro-blooms fire in sequence while root lattices return delayed echoes that steer nearby clusters.
We log timing and amplitude to trace how tiny pulses propagate and self-organize into structure across the field.
We log timing and amplitude to trace how tiny pulses propagate and self-organize into structure across the field.
GROWTH PATTERNS
When pulses converge,
patterns become memory
patterns become memory
SIGNAL ARCHIVE
Archived sequences capture the rare moments when signals stabilize into lasting forms. These stored patterns act as fossils of dialogue, preserving the hidden grammar of synthetic ecosystems.
Signals converge into quiet networks, weaving roots and blades into circuits of memory. Each pulse is a fragment of dialogue — flashes and echoes that shape the hidden code of this digital forest.
