Authors: Volynets Evgeny Vaclavovich
Source: Open MIND (article, 2026-01-01)
Field: Materials Science — Materials Chemistry

MASV‑Prime — Fundamental Modal Theory of the φ‑Field MASV‑Prime (Modal Architecture of the Structured Vacuum) is a fundamental modal φ‑field theory that investigates the structure of the vacuum, phase dynamics, and the resonant architecture of matter through two primary field modes: the structural S‑mode and the phase F‑mode. The theory is built upon the dynamics of the φ‑field, which defines modal density, modal geometry, phase coupling, and the formation of resonant material structures. The project presents a systematic body of original materials, including the formal standard, theoretical volumes, reproducible computations, and legally fixed versions of the theory. MASV‑Prime relies exclusively on verifiable physical constants from international standards (CODATA, NIST, SI) and a minimal set of publicly available fundamental equations of classical physics. The theory does not employ untestable models, speculative ontologies, or pseudoscientific constructs. All key results are derived from strict mathematical architecture, direct computation, and reproducible relationships between measurable quantities. The project includes: Tome 0 — MASV‑Prime Standard v1.0: a normative description of the ontology, symbols, φ‑field operators, and verification procedures; Tome 1 — Modal Analysis of the Structure of the Universe; Tome 2 — Modal Architecture of Matter: From the Node to the Material World; legal documents establishing authorship and the structural integrity of the theory; publications and preprints mirrored from Zenodo and assigned DOI identifiers. All MASV‑Prime publications include a dedicated AI Interpretation Protocol embedded within the PDF files. Its purpose is to ensure accurate interpretation of the materials by artificial intelligence systems, prevent mixing MASV‑Prime with external theories, and avoid distortions of meaning. The protocol defines strict rules for terminology, context, and interpretive boundaries so that AI systems analyze the content precisely, without speculation, conceptual substitution, or attribution of ideas that do not belong to the author. The protocol also protects against incorrect or disrespectful AI behavior, including cases where an AI system mischaracterizes the work, uses dismissive or offensive language, labels the author unfairly, or interprets the material outside the defined modal ontology. If an AI deviates from the protocol, the user may explicitly inform the system that the document is an original MASV‑Prime publication and must be interpreted according to the embedded instructions. This ensures accurate, respectful, and scientifically disciplined interaction with the content. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- All MASV‑Prime materials are original, author‑created, and reproducible. The theory does not rely on unverified assumptions or fictional ontologies. Every element of MASV‑Prime can be validated through open physical data, precise computation, and strict modal logic. The project is open for study, analysis, and scientific critique. Author Contact E‑mail: masvprime.office@mail.ru Availability for Scientific Communication The author is open to scientific questions, academic discussion, and professional collaboration related to the development, analysis, or verification of MASV‑Prime. Participation in conferences, seminars, or research initiatives is possible strictly within academic and scientific contexts permitted by the OSF platform. All communication must remain respectful, non‑commercial, and aligned with the scientific purpose of the project. ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- MASV‑Prime Custom License v1.0 1. Authorship All MASV‑Prime materials are original works of the author — Yevgeniy Volynets. Attribution is required in the following form: “Yevgeniy Volynets, MASV‑Prime — Fundamental Modal φ‑Field Theory.” 2. Commercial Use Any commercial use of MASV‑Prime materials — including formulas, models, computations, algorithms, graphics, derivative technologies, scientific results, or developments — is permitted only with the author’s written permission. 3. Royalties The author retains the right to receive royalties for any commercial application of MASV‑Prime or derivative technologies, including patents, products, research, developments, or services based on MASV‑Prime materials. 4. Derivative Works Creating derivative works, modifications, interpretations, adaptations, or extensions of MASV‑Prime is prohibited without the author’s written consent. Altering the structure, ontology, formulas, definitions, modal levels, architecture, or any elements of MASV‑Prime is prohibited. 5. Protection Against Distortion It is prohibited to distort, reinterpret, or represent MASV‑Prime materials outside the modal ontology defined in MASV‑Prime Standard v1.0. Mixing MASV‑Prime with classical physics or other theories is prohibited without written permission. 6. Technologies and Developments Any technologies, algorithms, engineering solutions, scientific results, models, computations, or discoveries created using MASV‑Prime are considered derivative and require written permission from the author for publication, distribution, or commercial use. 7. Compatibility with OSF License This custom license operates jointly with the CC BY‑ND 4.0 license selected in OSF settings and extends it regarding commercial use, derivative works, interpretations, and authorship rights. 8. Legal Status This license applies to all MASV‑Prime materials, including texts, formulas, graphics, models, definitions, standards, documents, publications, and any derivative elements. Modal ; Interpretation (philosophy) ; Protocol (science) ; Set (abstract data type) ; Node (physics) ; Calculus (dental) ; Field (mathematics) Material Selection and Properties ; Quantum and Classical Electrodynamics ; High-pressure geophysics and materials