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Research · 6 papers · As of 2026-09-24

The questions are public. So are the limits.

Each paper has a tag that says how far its results go. Ideas that failed stay on the list. Each DOI link opens the paper on Zenodo. You can reuse it with credit (CC-BY-4.0).

Fig · One tile per paper · This one is real data · Outline = no date · Each tile opens its paper’s row
Our public papers, in list order
TitleTagsReadDate

Workshop draft · Zenodo · 2026 · 17 pp

Workshop draft · ≈25 min2026-07-02

Beyond the Scaling Ceiling

A study of how an AI model could grow new skills in checked steps. Every result says how far it goes: tiny model, working code, or waiting on big chips.

  • workshop draft
  • PROVEN-toy
DOI 10.5281/zenodo.21628058
  • workshop draft
  • PROVEN-toy
≈25 min2026-07-02

Tech report · Zenodo · 2026 · 13 pp

Tech report · ≈17 min2026-07-02

The Accretion Model

A kind of AI model that grows by adding new parts, never by changing old ones. A stranger can check its whole history. We built a tiny version, Cultivar-0, on a regular computer.

  • BUILT/VERIFIED-CPU
  • PROVEN-toy
DOI 10.5281/zenodo.21628429
  • BUILT/VERIFIED-CPU
  • PROVEN-toy
≈17 min2026-07-02

Paper · Zenodo · 2026 · 8 pp

Paper · ≈8 min2026-06-29

Sound Compounding Ratchet

A way to keep a gain only when a checker confirms it. Plus a test for when a model thinks it passed but did not. Every win here is on tiny models only.

  • PROVEN-toy
  • $0-CPU kill-tests
DOI 10.5281/zenodo.21628552
  • PROVEN-toy
  • $0-CPU kill-tests
≈8 min2026-06-29

Code and data you can rerun · Zenodo · 2026 · 9 pp

Code and data you can rerun · ≈10 min2026-06-27

The Leakage Signature

A record of ideas we proved wrong. Plus a way to grow a model that a math solver checks, with an audit for leaks. Small, limited demos only.

  • reproducible artifact
  • no frontier parity claim
DOI 10.5281/zenodo.21628524
  • reproducible artifact
  • no frontier parity claim
≈10 min2026-06-27

Map of results + PROPOSED plans · Zenodo · 2026 · 13 pp

Map of results + PROPOSED plans · ≈15 minNo date

Verifier-Centric Capability Growth

A map of what worked and what failed when we added skills to a model. Plans we have not tested yet are marked PROPOSED.

  • measured map + PROPOSED program
DOI 10.5281/zenodo.21628544
  • measured map + PROPOSED program
≈15 minNo date

Early draft · Zenodo · 2026 · 19 pp

Early draft · ≈32 minNo date

Capability Injection via Reverse Abliteration

An early take on our way to add a skill to a model (CIP). It runs a known removal trick, abliteration, in reverse. It is a research method, not a product feature.

  • preprint draft
  • method paper
DOI 10.5281/zenodo.21628566
  • preprint draft
  • method paper
≈32 minNo date

Showing 6 of 6 · We show 20 at a time

Dates come from each paper · 4 have a date · 2 have no date · As of 2026-09-24

Fig · One tile per paper · This one is real data · Outline = no date · Each tile opens its paper’s row

What the tags mean

Each tag tells you the limit before you see the result.

PROVEN-toy
It passed a test we wrote down before we ran it. The test used real code and numbers, on a regular computer, at no cost. It worked on a tiny model, not on a full-size AI.
BUILT/VERIFIED-CPU
It is working code. We ran it again and got the same answer each time. It shows the system can be trusted, not that the AI can do more.
BACKED / CLAIM-SAFE
We can say it in public, as long as we state its limits.
KILLED
An idea our tests proved wrong. That is a real result, not a footnote.
OPEN / GPU-GATED
Planned and written down, but not run yet. It needs a full-size AI model and big graphics chips (GPUs).

Meanings taken from the paper “Beyond the Scaling Ceiling” (2026-07-02), in plain words