A bounded frontier benchmark with public proof.
1030 effective degrees of freedom. One GPU. 35 minutes.
6D Vlasov-Maxwell in compressed QTT form. Single H100. 100 steps. ML-DSA-44 signed receipt chain.
This benchmark is not presented as a universal claim about all compute. It is presented as a bounded public proof surface.
What happened
6D Vlasov-Maxwell two-stream instability executed in compressed QTT form on a single local NVIDIA H100 80GB HBM3 under a signed verification chain.
Why it matters
The benchmark matters because it makes a different economic logic visible.
In bounded tensor-native regimes, the old dense-first assumption — that serious scale must map to institution-sized infrastructure — may no longer be the right baseline.
If a single GPU can govern 1030 degrees of freedom in 35 minutes, the cost structure of high-dimensional compute is not what the market currently prices it at.
That is the category implication. Not a faster run — a different infrastructure economics.
What is publicly verifiable
The public receipt includes the following verifiable elements.
What this does not claim
This benchmark is not a claim of dense explicit cell materialization.
It is not a claim that all workloads collapse in the same way.
It is not a claim that dense compute is obsolete everywhere.
It is a bounded public proof surface showing that, where tensor-native structure is real and governable, the dense-first baseline may no longer be the right baseline.
The fact that we state these boundaries explicitly is itself the point. Transparency means declaring not just what the proof shows, but what it does not.
Public proof and deeper diligence
The public benchmark receipt, receipt chain, artifact hashes, verification tooling, and scope boundary. Available to anyone.
Deeper benchmark materials, expanded validation, proof-pack artifacts, and bounded evaluator surfaces. Available through the correct diligence lane.
Go deeper
If you want more than the public receipt, HolonomiX supports bounded evaluator and diligence pathways for qualified counterparties.
Access depth by lane
| Lane | What is included |
|---|---|
| Public Surface | Full public benchmark receipt, artifact hashes, verification tooling, and scope boundary. |
| Diligence | Expanded benchmark materials, proof-pack depth, and bounded evaluator surfaces. |
| Pilot | Applied workload evaluation with defined deliverables and success criteria. |
Published execution receipts
Each receipt anchors a bounded execution run with a full cryptographic provenance chain. Select a receipt to inspect the manifest, artifact hashes, and verification materials.
Inspect the public benchmark
Review the receipt chain, verify artifact hashes, and evaluate the public proof surface.
Want deeper access?
Request diligence, pilot, or strategic access through the correct lane.