UK Patent Application

Applicant: Neil Grassby

AIEP --- Transformation Path Novel Branch Synthesis Mechanism

Abstract

A computer-implemented method and system for generating a novel synthesis branch when directed search toward a GoalVector determines that neither the consensus position nor the challenger position can resolve the underlying incompatibility within the existing framing. The transformation path is detected when evidence accumulated across both positions is irreconcilable with the existing branch taxonomy. A TransformationHash is computed encoding the synthesis event, and a novel branch is generated with lineage edges to both irreconcilable positions. The novel branch represents a new framing not contained in either antecedent and is subject to full constitutional governance. The invention provides deterministic generation of genuinely novel reasoning positions as an architectural consequence of irresolvable incompatibility.

Description

Field of the Invention

[0001] The present invention relates to governed distributed reasoning substrates and more particularly to deterministic generation of novel synthesis branches when directed GoalVector search encounters irresolvable inter-branch incompatibility within an Architected Instruction & Evidence Protocol (AIEP) system.

Background to the Invention

[0002] Governed reasoning substrates maintain directed searches toward GoalVectors generated from sustained incompatibility between co-active reasoning branches.

[0003] A directed search toward a GoalVector may determine that neither the consensus branch nor the challenger branch accumulates sufficient evidence to archive the other, and that the incompatibility between them is irresolvable within the existing framing of either position.

[0004] Existing systems do not provide a mechanism for automatically generating a novel synthesis branch in this condition --- a branch whose framing is derived from the incompatibility itself rather than from either antecedent position.

[0005] There exists a need for a transformation path mechanism that detects irresolvable inter-branch incompatibility and generates a novel synthesis branch encoding a new framing, whilst preserving full lineage integrity and constitutional governance.

Summary of the Invention

[0006] According to a first aspect of the invention, there is provided a computer-implemented method for transformation path novel branch synthesis in a governed reasoning substrate, the method comprising:

(a) conducting a directed search toward an active GoalVector arising from incompatibility between a first branch and a second branch;

(b) detecting a transformation condition comprising: accumulation of evidence against both the first branch framing and the second branch framing beyond a defined transformation threshold; and determination that the incompatibility is irresolvable within either existing framing;

(c) automatically generating a novel synthesis branch encoding a new framing derived from the nature of the incompatibility, without external instruction;

(d) computing a TransformationHash as a deterministic cryptographic function over: the hash of the first branch, the hash of the second branch, a canonical encoding of the incompatibility evidence, and a generation timestamp;

(e) inserting the novel synthesis branch into the substrate with directed lineage edges to both the first and second branches; and

(f) archiving both antecedent branches upon successful synthesis branch generation, with NegativeProofHash attestation.

[0007] According to a second aspect, there is provided a system comprising: a transformation condition detector; a synthesis branch generator; a TransformationHash computation module; and a lineage insertion controller.

[0008] According to a third aspect, there is provided a non-transitory computer-readable medium storing instructions which, when executed, cause a processor to perform the method of the first aspect.

Brief Description of the Drawings

Figure 1 illustrates the transformation condition detection from irreconcilable antecedent branches.

Figure 2 illustrates novel synthesis branch generation and TransformationHash computation.

Figure 3 illustrates lineage insertion with directed edges to both antecedent branches.

Figure 4 illustrates antecedent archival with NegativeProofHash attestation.

Detailed Description of Preferred Embodiments

1. Transformation Condition Detection

[0009] The transformation condition is detected when directed search toward a GoalVector determines:

(a) evidence accumulated within the search has accumulated beyond a transformation threshold against the framing of the first branch;

(b) evidence accumulated within the search has also accumulated beyond the transformation threshold against the framing of the second branch;

(c) the incompatibility between the first and second branch cannot be resolved by archiving either under the other; and

(d) neither branch framing can accommodate the accumulated evidence without structural modification.

[0010] The transformation threshold is a schema-defined parameter version-bound to the active schema.

[0011] Transformation condition detection is deterministic and produces identical outcomes across distributed nodes operating with identical substrate states.

2. Novel Synthesis Branch Generation

[0012] Upon detection of the transformation condition, the synthesis branch generator automatically creates a novel synthesis branch without external instruction.

[0013] The novel synthesis branch:

(a) encodes a new framing derived from the nature of the irresolvable incompatibility;

(b) does not reproduce the framing of either antecedent branch;

(c) is subject to full constitutional governance including plausibility evaluation and probabilistic evidence weighting;

(d) carries an initial evidence weight computed from the accumulated evidence that triggered the transformation condition.

[0014] The novel synthesis branch is not externally specified. It is generated as an architectural consequence of the irresolvable incompatibility.

3. TransformationHash Computation

[0015] A TransformationHash is computed as a cryptographic hash over:

(a) the hash of the first antecedent branch;

(b) the hash of the second antecedent branch;

(c) a canonical encoding of the evidence establishing the transformation condition; and

(d) a generation timestamp.

[0016] TransformationHash is incorporated into the novel synthesis branch identity.

[0017] Identical transformation conditions arising from identical antecedent branches produce identical TransformationHash values across distributed nodes.

[0018] The TransformationHash provides cryptographic attestation that the novel branch was generated from a specific irresolvable incompatibility.

4. Lineage and Antecedent Archival

[0019] The novel synthesis branch is inserted into the substrate DAG with directed lineage edges to both the first and second antecedent branches.

[0020] Both antecedent branches are transitioned to an archived state upon insertion of the novel synthesis branch.

[0021] Archival of antecedent branches is accompanied by NegativeProofHash attestation recording the transformation event as the basis for archival.

[0022] Antecedent branch lineage and genome are preserved in the append-only substrate.

Technical Effect

[0023] The invention provides deterministic generation of novel synthesis branches from irresolvable incompatibility as an architectural consequence of evidential search.

[0024] It preserves full hash-bound lineage from novel synthesis branch to both antecedent branches.

[0025] It prevents synthesis branch generation in the absence of confirmed transformation conditions.

[0026] It enables machine-speed generation of genuinely novel reasoning positions without external instruction.

CLAIMS

1. A computer-implemented method for transformation path novel branch synthesis in a governed reasoning substrate, the method comprising: conducting a directed search toward an active GoalVector; detecting a transformation condition comprising accumulation of evidence against both a first branch framing and a second branch framing beyond a transformation threshold and determination that the incompatibility is irresolvable within either existing framing; automatically generating a novel synthesis branch encoding a new framing derived from the irresolvable incompatibility, without external instruction; computing a TransformationHash as a cryptographic function over the hash of the first branch, the hash of the second branch, a canonical encoding of the incompatibility evidence, and a generation timestamp; and inserting the novel synthesis branch into the substrate with directed lineage edges to both antecedent branches.

2. The method of claim 1 further comprising archiving both antecedent branches upon insertion of the novel synthesis branch, with NegativeProofHash attestation recording the transformation event.

3. The method of claim 1 wherein the novel synthesis branch is subject to constitutional governance including plausibility evaluation and probabilistic evidence weighting.

4. The method of claim 1 wherein identical transformation conditions arising from identical antecedent branches produce identical TransformationHash values across distributed nodes.

5. The method of claim 1 wherein the transformation threshold is a schema-defined version-bound parameter.

6. A system for transformation path novel branch synthesis in a governed reasoning substrate, comprising: a transformation condition detector; a synthesis branch generator configured to generate a novel synthesis branch encoding a new framing upon transformation condition detection; a TransformationHash computation module; and a lineage insertion controller.

7. A non-transitory computer-readable medium storing instructions which, when executed, perform the method of claim 1.

Abstract

A computer-implemented method and system for detecting irresolvable incompatibility between antecedent reasoning branches within an AIEP governed substrate and automatically generating a novel synthesis branch. When directed GoalVector search accumulates evidence against both antecedent framings beyond a transformation threshold and determines the incompatibility cannot be resolved within either, a novel synthesis branch is generated encoding a new framing derived from the nature of the incompatibility. A TransformationHash is computed over both antecedent branch hashes and the incompatibility evidence encoding. Both antecedent branches are archived with NegativeProofHash attestation. The invention produces genuinely novel reasoning positions as a deterministic architectural consequence of irresolvable evidential incompatibility.

Brief Description of the Drawing

FIG. 1 — Branch Structure and Pruning

                         ┌──────────────┐
                         │  Root State  │
                         │  (canonical) │
                         └──────┬───────┘
                    ┌───────────┼───────────┐
             ┌──────▼──────┐   │    ┌───────▼─────┐
             │  Branch B1  │   │    │  Branch B2  │
             │  viable     │   │    │  stale →    │
             └──────┬──────┘   │    │  PRUNE      │
                    │          │    └─────────────┘
             ┌──────▼──────┐   │
             │  Branch B1a │   │    ┌─────────────┐
             │  (deepened) │   └───▶│  Branch B3  │
             └─────────────┘        │  candidate  │
                                    └──────┬──────┘
                                           │
                                  ┌────────▼────────┐
                                  │  Selected Path  │
                                  │  hash-committed │
                                  └─────────────────┘