How we work

We harmonize claims, datasets, and protocols from global research into a coherent knowledge graph spanning materials, cell behaviors, mechanochemistry, and tissue-level mechanics.

Evidence integration

1

We encode hypothesized rules—adhesion, contractility, reaction-diffusion cues, mechanosensing/feedback—into agent-based and dynamical systems models to study how layers emerge and coordinate.

Mechanistic & morphogenetic modeling

2

We run “what-if” scenarios (load, vibration, impact, thermal/radiation stress) to probe performance envelopes, failure modes, and safe operating regimes; we then surface design leverage points.

Simulation & stress testing

3

We publish code, transforms, and benchmarks; solicit external tests; and update models continuously as new evidence arrives.

Open release & validation

4

Beyond Body

A model research for prototype self-orgnanizing exosuits systems

We integrate findings from labs worldwide into multi-scale models, validate behavior against external evidence, and release reproducible pipelines so others can test and extend the work.

About Beyond Body

What if protective gear behaved like living tissue?

Beyond Body builds computational models of synthetic, self-organizing cells that can pattern into layered structures—skin-like barriers, muscle-like actuators, and sensing/control layers—to support and protect human physiology.

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