Shannon Laboratories
A computational archaeology of Renaissance mechanical engineering. Reconstructing Leonardo's inventions through physics simulation, historical manuscript analysis, and modern safety validation.
Physics-Based Mechanical Orchestra
Leonardo's mechanical instruments rendered with physics-based audio synthesis. Six historically-informed timbres, algorithmic composition in church modes, and court acoustics simulation through Schroeder reverberation.
Pavane, Galliard, and Basse Danse in authentic church modes
ADSR envelopes, harmonic profiles, mechanical resonance
Hall acoustics using comb and all-pass filters
Waveform, spectrogram, and score roll displays
44.1kHz WAV export with deterministic seeds
Interactive tools for exploring Leonardo's mechanical universe
Twenty-four reconstructed masterworks spanning flight systems, musical instruments, hydraulic engineering, and mechanical automata.
Open GalleryPhysics-based audio synthesis of Leonardo's mechanical instruments with algorithmic Renaissance composition.
Enter the CourtLearn to read and write in Leonardo's famous reversed script. Discover the method behind his cryptic manuscripts.
Decode the ScriptCombine gears, cams, levers, and springs to construct mechanisms from Leonardo's mechanical primitives.
Build MechanismsNavigate the network of innovation. Discover connections between art, science, and engineering across Leonardo's work.
Explore ConnectionsJourney through five decades of innovation. From early mechanical experiments in Florence to final masterworks in Amboise.
Travel Through Time"Obstacles do not bend me.
— Leonardo da Vinci, Codex Atlanticus, fol. 85v
Every obstacle yields to stern resolve.
Learning never exhausts the mind."
l'impetuosità vince ogni cosa
Hover to reveal
"Passion conquers all things"