Using a revolutionary hybrid of muon radiography and AI-driven deep learning, engineers in Italy have detected a previously unknown network of subterranean sluice gates and drainage channels beneath the Roman-era Ponte di Tiberio in Rimini. The technology, which detects subatomic particles to peer through solid stone, has mapped a complex hydraulic system designed to manage tidal surges from the Adriatic Sea.
These findings reveal that Roman engineers integrated climate-adaptation measures directly into the bridge's foundations to prevent erosion and structural failure during flooding. The discovery will guide upcoming conservation efforts, allowing for targeted reinforcement without disturbing the historic masonry of the world-renowned bridge.