From list to graph in 600ms.
Watch raw vectors morph into a connected reasoning graph. The same data, three syntaxes.
muhan.ai is a research lab building morphic neural systems — architectures that re-route, re-weight, and re-reason in real time. We treat models as living circuits, not static functions.
Each cell is an independent circuit. Hover the morph cell to watch a representation re-encode itself.
Watch raw vectors morph into a connected reasoning graph. The same data, three syntaxes.
head 4 / layer 11 · entropy 1.84 nats
epoch 042 · 0.0184
d_model4096heads32layers72ctx1.0Mdtypebf16We propose a routing scheme that lets each token choose its own depth, reducing FLOPs by 38% with no quality regression on MMLU-Pro.
Each model exposes the same interface. Swap the weights, keep the protocol.
Frontier reasoner. Long-horizon planning, agentic tool use, tight calibration on math + code.
Workhorse. Vision-language fusion, retrieval, structured output. Designed for production loops.
Edge-grade. Fast, distilled, on-device. Quantized to 4-bit with negligible quality loss.
Routing, retrieval, eval — the plumbing that makes a model a system.
Token-wise depth routing — each input chooses how much compute it deserves.
Hybrid vector + graph memory. Sparse on-device, dense in the cloud, consistent everywhere.
Continuous benchmarks, regression alerts, behavioral red-team — running on every commit.
Layered policy + interpretability checks. Refusals are auditable, not black-boxed.
+1.8 over the previous frontier checkpoint, mostly from the new latent router.
Graph + vector unified store, with 38% lower retrieval latency at p99.
4-bit quantized, Apache-2.0, ~1.4 GB. Runs on a laptop GPU.
Camera-ready out next month, with reproducible training scripts.
Research collaborations, evaluation partners, model-access requests.