Jessedbrown/asolaria-kernel-pump

Asolaria Kernel-Pump

Owner: Jesse Daniel Brown (JesseBrown1980) Date packaged: 2026-10-17 Seat: ACER-CLAUDE-FABLE5 (pid 8467a937cba309f7)

What this is

The kernel-pump is the Asolaria rime/addressing engine — a balanced-ternary codec that addresses any element of a generated object in O(1) without materialising it.

Key measured numbers (from PLAYBOOK.md):

• 62,524 B addresses 3,704,000,000 elements at 0.000135 bpc
• 627,000 addressings/sec, byte-exact
• 274,201,392 B removed, both back exact, aggregate 72,235×, zero failures
• Kernel size: 3,174 B — "the key, frozen"

Files

File	Purpose
asolaria_herself.py	Core rime self-model
brown_schrodinger.py	Schrödinger rime codec
capture_test.py	Capture/test harness
divide_kimi_k3.py	Kimi-K3 division coder
four_axes_rime.py	Four-axes rime encoder
mythos_vs_wikipedia.py	Mythos-vs-Wikipedia comparison codec
nullspace_project.py	Nullspace projection
play_hutter.py	Hutter range coder
play_spin_torque.py	Spin-torque player
q_prisms.py	Q-prism encoder/decoder
rime_unrime_three.py	Three-way rime/unrime
spin_torque.py	Spin-torque codec
stream_star.py	Stream-star encoder
CODEBOOK.md	Law doc: the codebook
PLAYBOOK.md	Law doc: how to play it
*.gguf	Frozen codebook models
*.txt	Emission records, manifest, callings

Big GGUFs

See GGUF-HF-MANIFEST.md for the 4 GGUFs >100MB and their HuggingFace upload commands.

Law

CODEBOOK.md + PLAYBOOK.md are the governing law docs for this pump. A frozen slice predicts a fraction — it never recreates an unseen whole. Anything claiming otherwise has not been measured.