Research Programs
ICSAC's internal research currently runs three programs, all sitting within the institute's two named domains — Complexity Science and Advanced Computing. The programs share a common mathematical substrate but differ in domain, scale, and the type of boundary conditions under investigation. All results are published under open licenses with reproducible code and datasets. These are distinct from the open submission scope — the institute reviews and publishes external work across the natural, formal, computational, and quantitative social sciences whether or not it falls within these specific programs.
Existence Threshold
Complexity Science
Under what formal conditions does a structured pattern persist rather than dissolve? This program develops quantitative criteria for pattern stability in discrete and continuous systems, from cellular automata to biological tissue.
View programDimensional Scaling
Complexity Science · Advanced Computing
What happens to structured information when it crosses a dimensional boundary? This program quantifies the content-independent losses that occur at transitions between representational dimensions, with implications for neural architectures and physical measurement.
View programUnconventional Computing
Advanced Computing · Complexity Science
Can the conditions for computation be defined independently of architecture? This program investigates integration-differentiation balance as an architecture-neutral criterion for information processing across digital, neural, and geophysical systems.
View program