Research concept / pre-experimental

Logic Gates of the Biological Kingdom

Open and auditable C++ infrastructure for designing protein-level Boolean logic, beginning with an XOR specification and explicit reset requirement.

Platform
Linux
Foundation
C++20
License
MIT

The purpose

Leave evidence people can trust.

The project is designed for future contributors as much as for its first result. Assumptions, failed candidates, uncertainty, provenance, and acceptance criteria belong beside the code—not behind a claim made after the fact.

Start with XOR

XOR requires the joint-input state to reverse the effect of either input alone, making non-additive molecular coupling the central scientific problem.

Build in the open

Linux, modern C++, local execution, open-source dependencies, deterministic tests, and an MIT license provide a foundation others can inspect and extend.

Name the evidence

A specification, simulation, candidate, measured state, and validated gate are different things. Project language preserves those differences.

The first foundation

A small model with an honest boundary.

The current dependency-free library evaluates a phenomenological four-state XOR model and its separation margin. It does not predict folding, binding, structure, or biological function.