Library / First Principles Framework (FPF) - Core Conceptual Specification
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C.26:11 - SoTA-Echoing

Pattern claimPractice sourcePattern implication
Mathematical objects can be transferred as modeling lenses without claiming the target domain is made of the source-domain stuff.Wigner on mathematical usefulness, Jaynes on probability as logic of science, and Khrennikov on quantum formalism outside physics.Treat QL as a math-lens transfer card: explain the useful structure first, then state the inherited boundary.
Quantum-like is a mathematical or representational modeling lens, not a physical claim about the modeled system.Basieva, Khrennikov, and Ozawa on quantum-like modeling in biology with open-system and instrument language.Keep QL-NQ as non-entailment, not as the main claim; use detached mathematical modeling where state, probe, or export cue is real.
Linear quantum-like representation can make selected information-state processing more tractable if the representation and loss profile are declared.Basieva-Khrennikov-Ozawa linearity / speed-up / stability arguments and finite-dimensional matrix-calculus discussions.Support the state-representation coarsening card discipline; block blanket “quantum-like is faster” claims unless baseline cost, shortcut, loss, and reopen trigger are named.
Quantum probability is useful where inference is contextual, previous judgments change state, or possibilities interfere, but QL is not automatically the only formal route.Quantum cognition work, quantum-instrument work, and process-theory cautions about classical instrument alternatives.Use QL-lite as useful abstract modeling, not as proof of non-classical necessity.
DDD, microservice, active-inference, and measurement practice already supply ordinary FPF patterns.DDD and microservice domain analysis, active-inference measurement-as-action work, performative prediction, metric-induced behavior.Keep ordinary FPF patterns first; add QL only for the remaining state, probe, export, frame, or coarsening cue.

C.26:11.1 - Selected operational source anchors

The following anchors support the pattern’s operational modeling moves.

ClaimSource familyPractical implication
Mathematical formalisms can be transferred as modeling lenses without claiming the target domain is made of the source-domain stuff.Wigner on mathematical usefulness, Jaynes on probability as logic, and Khrennikov’s quantum-like modeling line.Treat QL as a math-lens transfer: name the useful structure, the ordinary FPF pattern, and the local stop before any claim requiring additional evidence or authority.
Quantum-like open-system and instrument formalisms can model state and probe interaction without physical quantum ontology.Basieva, Khrennikov, and Ozawa and arXiv, plus Khrennikov on open systems.Keep QL-NQ central and use QL only where probe, instrument, open-information-system update rule, probe frame, export admissibility, or state export cue changes the admissible reading.
Question order, contextual judgment, and instrument-like operations are practical cues, but not automatic proof that QL is necessary.Quantum instruments for question-order effects, Quantum Cognition, and process-theory non-exclusivity.Use QL-lite when order/frame/probe effects change the result; keep classical instrument, Bayesian, causal, and ordinary measurement rivals live.
Same-content-looking measurements under different probe or measurement frames should not be silently treated as the same random variable or as jointly distributed.Contextuality-by-Default.Use C.26 only when the exact frames change variable identity, joint availability, or admissible comparison and a named obstruction survives ordinary measurement and Bridge patterns; otherwise keep those ordinary subject patterns.
Viability and active sensing often mix reading and acting, but ordinary control and measurement patterns remain primary.Free-energy and quantum-cognition link, physiological regulation and FEP, active inference behavior, and smart-building active inference.For viability cases, name sensors, probes, actuators, and envelope variables first; retain QL only for remaining probe, frame, export, or coarsening cue.
Boundary and DDD-locality questions are already disciplined by ordinary architecture practice.Computational boundary of a self, Markov blankets of life, Azure domain analysis, and DDD 2025 SLR.Apply direct boundary, local-sense, work, model-use, interface, and Bridge subject patterns first. If Markov-blanket wording is present, recover its exact claim and subject pattern; retain C.26 only where a named probe, order, comparison, export, or state-reading obstruction remains load-bearing.
Low-bit, tokenized, compressed, geometric, or neural representations may be useful shortcuts without being QL activation.1-bit LLMs, implicit continuity in language models, emergent quantumness in neural networks, and covariant gradient descent.Keep implementation substrate, geometry, compression, and representation shortcuts in ordinary FPF patterns unless a declared QL cue changes the admissible use.
Unknown alternatives and regime movement are search/generation problems, not QL claim authority.Open-endedness and quality-diversity through AI feedback.Use QL only to mark a suspect frame; apply search or regime patterns to generation of alternatives.