Quantum Substrate Model (QSM)#
qsm_model.json— Agentic module schema role assignments
The Quantum Substrate Model (QSM) defines a structured extension of substrate‑level modeling in which regime structure, dimensional constraints, and interaction domains are explicitly declared.
Building on the principles established by the Boson Substrate Model (BSM), the QSM formalizes how multiple substrate regimes may coexist, transition, or interact without embedding empirical claims, physical interpretation, or domain‑specific semantics.
Scope#
The QSM is:
- Structural rather than empirical
- Concerned with regime organization and dimensional structure
- Architecture‑agnostic
- Compatible with layered modeling approaches
The QSM is not:
- A physical quantum theory
- A simulation or numerical framework
- An optimization or learning model
- A replacement for existing theoretical systems
Relationship to BSM#
The Quantum Substrate Model extends the Boson Substrate Model by introducing explicit regime structure and dimensional organization while preserving substrate neutrality.
BSM defines a minimal substrate layer with declared operating regimes.
QSM formalizes how multiple such regimes may be structured, related, and bounded.
Adoption of QSM does not require modification of BSM or higher‑level models.
Contents#
This directory contains the complete publication surface for the Quantum Substrate Model, including:
- Declared scope and assumptions
- Substrate and regime definitions
- Operator dynamics across regimes
- Structural validation checks
- Discussion and limitations
- Structural overview figure
- Citation and archival metadata
Intended Use#
The QSM is intended to support reasoning about structured substrate regimes beneath higher‑level models. It enables explicit declaration of regime boundaries, transitions, and dimensional constraints while preserving semantic independence at higher layers.
Publication Status#
This work is prepared as a standalone technical note with citation and archival metadata. Versioning follows a conservative, publication‑oriented policy to preserve interpretability and reproducibility over time.
License#
This work is released under the Creative Commons Attribution 4.0 International (CC‑BY‑4.0) license.