What will it compute?

• Computational geometry: plane tessellation, concave and convex hull
• Image processing: contouring, filtering, erosion, dilation
• Graph-theoretic: proximity graphs, spanning trees, triangulations
• Arithmetics: binary arithmetic circuits
• Logics: universal logical circuits
• General purpose computing: storage modification machines (Kolmogorov and Schoenhage machines)

Phases & Experiments

Objective 1:
Production and validation of Physarum processors

Objective 2:
Demonstration of purposeful information processing in Physarum processors

Objective 3:
Exploration and establishing the potential and the limitations of Physarum-built architectures