Launching today

BraidForge SU(3)

Launching today

AI stress tests for topological qutrit gates

4 followers

AI stress tests for topological qutrit gates

4 followers

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BraidForge SU(3) uniquely combines topological qutrit-gate simulation with hydrodynamic forcing, curvature, dissipation, and leakage analysis. Its exact SU(3) Rodrigues kernel, Cayley stabilization, braid-relation and Wilson-loop diagnostics, and AI-assisted control search provide a unified stress-testing environment. It also exports reproducible experiments and clearly distinguishes verified computations from proposed physical interpretations.

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Launch tags:Developer Tools•Artificial Intelligence•Tech

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Hello Product Hunt! I’m Charles Grimm, a physics and astronomy Ph.D. student at the University of Hawaiʻi at Mānoa and the founder of BraidForge SU(3). I built BraidForge to explore a practical question: How can we rigorously stress-test proposed topological qutrit gates when curvature, hydrodynamic forcing, dissipation, and probability leakage are treated explicitly? The prototype brings several capabilities into one interactive environment: • An exact SU(3) Rodrigues evolution kernel • A separate Cayley stabilization method • Local path-ordered holonomies • Braid-relation and Wilson-loop diagnostics • Explicit tracking of leakage from the computational space • AI-assisted control optimization • Reproducible JSON experiment exports The project evolved from a mathematical framework into a falsifiability-first simulation tool. BraidForge tests its algebraic and numerical identities directly while clearly labeling the hydrodynamic-to-topological connection as a research hypothesis—not a completed microscopic anyon model or established physical result. This launch is a free research prototype intended to invite testing, criticism, and collaboration. I would especially appreciate feedback from quantum-computing researchers, mathematical physicists, scientific-software developers, and potential early users. What hardware model, anyon system, benchmark, or experimental constraint should BraidForge support next?

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13h ago

Spent an hour poking around this and honestly the braid-relation and Wilson-loop diagnostics are surprisingly readable for something this specialized. The separation between verified computations and proposed interpretations is genuinely useful, you know, keeps you from over-trusting the pretty plots.

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3h ago

The fact that it clearly separates verified computations from proposed interpretations is a really thoughtful choice, it shows the team respects how messy quantum simulation can get.

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2h ago

Framer AI AgentsDesign and publish professional sites with AI

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Hunter

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13h ago

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3h ago

The fact that it clearly separates verified computations from proposed interpretations is a really thoughtful choice, it shows the team respects how messy quantum simulation can get.

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2h ago