Independent Researcher / Ouroboros Project

Reliable intelligence should carry evidence before it acts.

Wisdom Science studies how agents, embodied systems, and decision architectures improve through feedback, perturbation, evidence gates, recovery, and long-horizon experience. The papers, code, demos, and evidence records below show how each claim can be examined.

architecture feedback evidence recovery
Premium black-gold visualization of residual failure scoring and closed-loop evidence.
P00-P45 Public DOI index
Zenodo Canonical archive
GitHub Community and code
HF Technical mirror

Problem Entry Points

Start from the question readers actually search.

These pages connect the research to questions people already ask: how to build reliable AI agents, ground hallucination claims, evaluate benchmarks, block unproven trades, and govern evidence in robotics.

Reliability Lab

AI Agent Reliability: Observer Effects, Repeated Failures and Action Authority

A research map for ReflexBench, WisdomBench, proof-carrying action, and cognitive immunity, with runnable checks and the limits of each result.

Open lab

Guides

How to Make AI Agents Reliable Before They Act

A practical guide to reliable AI agents, deterministic fallbacks, refusal boundaries, evidence gates, and proof before autonomous action.

Open page

Guides

AI Hallucination Is Not the Only Problem

A grounded explanation of AI hallucination, self-certification failure, external evidence, unresolved states, and why confident answers are not enough.

Open page

Benchmarks

WisdomBench: Benchmarking Failure Learning

A practical introduction to WisdomBench, a benchmark line for failure learning, recovery, repeated failures, and claim-bounded evaluation.

Open page

Finance

No Trade Without Proof

A bounded explanation of AI trading risk controls, no-proof no-trade gates, trace requirements, and why this is not financial advice.

Open page

Robotics

Robot Learning From Physical Failure

A grounded page on robot learning from physical failure, embodied AI evidence, local proxies, and the boundary between simulation, shadow evidence, and real robot deployment.

Open page

Evidence

How to Read the Public AI Evidence Map

A reader guide for moving from an AI claim to DOI records, GitHub source, Hugging Face mirrors, registries, boundaries, and counterexample routes.

Open page

Research Access

Follow each result from the paper to the code and evidence.

Use Zenodo for DOI records and fixed versions, GitHub for code and research discussion, Hugging Face for technical demos and registries, and this website for the connected research map and Chinese explanations.

Each resource states what can be checked and what remains unproven. Operational data and unpublished methods are not required to evaluate the claims made on these pages.

Zenodo

Papers and versions

Find DOI records, fixed versions, artifact manifests, and citable research objects.

GitHub

Code and discussion

Inspect schemas and reproducible indices, report a counterexample, or discuss a concrete research question.

HF

Runnable technical mirror

Open static demos, registries, and artifact pages without the surrounding editorial material.

Open technical mirror

/zh

Chinese explanations

Read Chinese introductions, long-form explanations, weekly updates, and links back to the underlying evidence.

Open Research

Challenge a claim with a counterexample, a failed reproduction, or a stronger baseline.

Useful criticism identifies the exact claim, the missing evidence, and the result that would change the conclusion. Corrections to a DOI, hash, manifest, baseline, or failed reproduction are recorded so later readers can follow what changed.

Evidence gate visual in black and gold.
Supra-body architecture visual.
Closed-loop learning visual.

Public Archive

Selected papers and records.

The public archive points to citable records, evidence maps, and challenge routes. GitHub indexes reviewable metadata; Zenodo remains the canonical file archive.

Open the full papers page Open the full Zenodo portfolio archive Open the GitHub community route Open the technical registries
Black-gold evidence gate command visual.

Systems Layer

SOVEREIGN is a local-first decision intelligence system.

The engineering layer organizes evidence trails, failure logs, workflow memory, social calibration, cognitive immunity, and closed-loop teaching into a practical system for research, operations, and reliable agent design.

  • Evidence-gated outputs and claim boundaries.
  • Failure logs treated as reusable learning assets.
  • Local-first memory and private decision ledgers.
  • Embodied and cognitive loops described through one control framework.

Position

The next route is not only larger models. It is architecture, feedback, evidence, recovery, body-like subsystems, and the discipline to know when not to act.

This is a research archive, a systems map, and a public instrument panel for work that must remain falsifiable.

Contact

Mian Zhang

Independent Researcher, Ouroboros Project