Liquid Machines. Cartographic Computers.

Fluidic Logic Gates and circuits, Deltaic fragments and diagrams of the ongoing research project, Danubian Filaments, intertwine into a research compendium. The project reimagines the anatomy of computers as fluidic morphologies, attuned to slower rhythms guided by water flows. It explores how these alternative hardware forms can reshape computational models to map entangled systems such as wetlands, where hydrologic histories and human interventions converge. The research boxes document the beginning of this inquiry, turning fluidic shapes into toolkits for drawing cartographic computers.

Fluidics, also known as fluid logic, is a research field established in the 1950s that uses fluid jets to perform operations similar to those achieved through electronics. In fluidics, form follows function; curved, intricate cavities become switches that can perform logic or analogue operations. These shapes, characterised by their organic curves and curvaceous morphologies, seem antithetical to modern hardware. In a time where speed became key, fluidics lost itself in history. Focusing on fluidics as an obsolete yet resilient technology, the project repositions these liquid machines as tools for understanding the complex behaviours of natural systems such as the Danube Delta.

Disclaimer:

"S+T+ARTS AQUA MOTION is co-funded by the European Union under the STARTS – Science, Technology and Arts initiative of DG CNECT (Agreement Number LC-03568055). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or DG CNECT. Neither the European Union nor the granting authority can be held responsible for them."

Detail Vortex - courtesy to the artist, Fluid Anatomy, 2025
Patent Mix- Images from research:
Method and Apparatus For Generting Electricity, 4,153,757

Remote Sensing- USE OF LANDSAT DATA FOR NATURAL RESOURCES
INVESTIGATION IN THE LOWER BASIN
OF DANUBE AND DANUBE DELTA, Prof. Nicolare OPRESCU