Research archive

The public record of a claim.

Papers, artifacts, and boundaries for verified capability accretion. Every record says what was measured, what was built, and what remains proposed.

A layered graphite and smoked-glass research artifact with a single amber light trace.
Measured PROVEN-toy Results measured on deliberately small curricula.
Built BUILT-CPU Systems and artifacts that can be inspected today.
Open Proposed Mechanisms and directions that are not results.

Six records, with the scope beside the result.

Raw Markdown remains the canonical source artifact. Repository links point to the underlying paper or reproducibility material.

01

Beyond the Scaling Ceiling

Verified, non-forgetting, provable capability accretion with separate PROVEN-toy, BUILT-CPU, and GPU-gated claims. Not a real-LLM product claim.

PROVEN-toy · workshop Read paper Download PDF Source
02

The Accretion Model

A growable, receipted model type with frozen-additive growth history. The contribution is systems and trust on CPU toys, not a capability crown.

BUILT-CPU Read paper Download PDF Source
03

The Leakage Signature

A falsification ledger and solver-certified enlargement with leakage audit. It includes toy work and bounded real-LLM demonstrations without a frontier-parity claim.

Reproducible · bounded Read paper Download PDF Artifact
04

Verifier-Centric Capability Growth

A measured map of capability injection and negative results. The proposed portfolio is marked as proposed rather than presented as a completed result.

Measured + proposed Read paper Download PDF Source
05

Sound Compounding Ratchet

A verifier-frontier ratchet and believed-versus-true test for self-improvement leakage. Positive results are toy-scoped and include CPU kill-tests.

PROVEN-toy Read paper Download PDF Source
06

Capability Injection via Reverse Abliteration

An early CIP method paper. It is research direction, not a claim that production JUWEL already rewires weights without forgetting.

Preprint · not product Read paper Download PDF Source

A result earns a place in the archive by meeting the boundary.

01

State the wall

Before claiming growth, define what the base cannot solve under fair sampling.

02

Use a distinct checker

Admissions come from verifiers, tools, or solvers, not from same-model self-grading.

03

Preserve the prior work

Previously working parts stay byte-frozen or remain behind a regression gate.

04

Keep the failure

Killed mechanisms stay in the record because the negatives make the positive boundary meaningful.

Check the record without asking us to be the referee.

The agent SDK, CLI, and offline receipt verifier are published for builders and for anyone who wants to inspect the work.