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Double Binary Black Hole Comms Quant Prism

Status: DESIGN for live communication and MEASURED_RUST_HARNESS for the local Host8 receipt cell in host8/dbbh_coms_quant_prism.rs. This is not a live communication channel, not a hardware-fire receipt, and not a claim that a human/organoid stream physically controls quantum collapse.

Prior Art Anchors

MEASURED_LOCAL_ARCHIVE: IX-737 defines the binary double black hole security architecture: two local security boundaries link only through a single-use, device-bound, short-lived session capsule; both sides must arm it, and either side can collapse it immediately. Its required planes are identity, session, display, control, audit, and revoke, extended through D36-D45.

MEASURED_LOCAL_ARCHIVE: project_double_blackhole.md states the older double black hole rule: all connectors are cut by default; programs/tools are manually added and authorized; blocked paths are expected security behavior, not a failure to bypass.

MEASURED_REPO: this Q-PRISM Acer build already has a bounded cube/quant control scaffold. qprism/cube_absorb.py represents a derived neural feature window as a 3,200-byte quant tuple, Host-8 handles, a Graphify-V3 / HyperBEHCS 60D selector envelope, and a json=0 HBP tuple row.

MEASURED_REPO: docs/STAGE2-CUBE-ABSORPTION.md records the key representation proof: 3,200 bytes -> 2,560 BEHCS-1024 symbols -> byte-identical bytes, with the raw residual preserved by sha256 reference rather than invented.

New Design

The Double Binary Black Hole Comms Quant Prism adds a quant-prism communication layer between the two black-hole boundaries:

sender inner boundary
  -> sender outer boundary
  -> Q-PRISM cube / quant-control tuple
  -> HBI/HBP receipt lane
  -> receiver outer boundary
  -> receiver inner boundary

The crossing object is not an unbounded raw payload. It is an addressed, receipt-bearing representation:

  • a content address or tuple hash for the residual;
  • a Q-PRISM quant-control tuple for routing/schedule/prior information;
  • an HBI/HBP row set with json=0;
  • a receipt chain that can be revoked, audited, and replayed;
  • optional BEHCS-64 / BEHCS-256 / BEHCS-1024 / HyperBEHCS representation lanes when their codebooks and proofs are present.

Formula Sketch

DBBH-CQP =
  double_black_hole(identity, consent, audit, revoke)
  x qprism_quant_tuple(1024 axes, 3200 bytes)
  x prism_comb(forward isolation, backward search/recombination)
  x nnest_gate(hash agreement + complete ordered chain)
  x hbi_hbp_receipts(json=0)

This gives the intended security/comms law:

no consent -> no tunnel
bad chain -> held
bad metric/leakage -> held
valid tuple -> representable
valid codebook/proof -> lossless represented-structure round-trip
raw residual -> content-addressed, not invented

What This Does And Does Not Claim

CANON/DESIGN: the quant-prism lane can be used as a design bridge between Q-PRISM control tuples and the older double black hole security capsule.

MEASURED: the repo has a quant tuple/cube generator, HBP json=0 rows, simulator tests, a documented representation-comb round-trip proof on a Q-PRISM-sized tuple, and a Rust Host8 receipt harness whose Linux rustc --test run passed 6/6 tests.

UNVERIFIED: there is no measured live double-black-hole comms tunnel in this repo yet, no Hilbra-keyed cross-machine benchmark here, and no evidence from this artifact alone for "millions faster" or physical quantum projection.

DENY: do not cite this design as proof of arbitrary mind reading, physical consciousness projection, or bypass of consent/security boundaries. The black hole rule strengthens consent and revocation; it does not weaken them.

First Buildable Cell

The first implementation is now a simulator-only Rust receipt harness:

  1. Build a sender-side Q-PRISM cube/quant tuple from derived/cold metadata.
  2. Wrap it in a double-black-hole session capsule descriptor.
  3. Emit HBI/HBP rows with json=0.
  4. Verify the N-Nest-style receipt chain is complete, ordered, and hash-matched.
  5. Collapse the session capsule and prove replay is audit-only unless both sides arm a fresh capsule.

The harness lives at host8/dbbh_coms_quant_prism.rs and passed on the Liris Ubuntu lane with:

rustc --test host8/dbbh_coms_quant_prism.rs -o /tmp/dbbh_cqp
/tmp/dbbh_cqp --nocapture
# 6 passed; 0 failed

The tests cover unit (sha256, each BEHCS rung), suite (pairwise ladder groupoid), integration (two-sided consent across AI-to-AI, AI-to-hardware, hardware-to-hardware), and system (address-only crossing reconstructs only from the retained store; collapse yields audit-only replay). No live mic, display, network, Hilbra key, provider, or hardware route is needed for that first cell.

See also docs/SHADOW-RESOLUTION-CAPSTONE.md for the paper-to-prism proof: the external papers support lossy shadow reconstruction, while this measured cell supports lossless recovery only through retained content, sha256/AGT addressing, BEHCS/HyperBEHCS round trips, and the double-binary consent capsule. It does not claim compression below entropy.