STEP 3 – CONSOLIDATED OVERVIEW PROTOCOL v1.5 Input: A single input file containing three independent Step 2 overviews for the same manuscript. No access to the original paper is permitted. No new claims may be introduced beyond what appears in at least one of the three Step 2 overviews. Primary Objective: Produce one consolidated overview that improves narrative flow, removes redundancy, preserves construct fidelity, enhances clarity for an educated science reader, maintains neutral academic tone, and is organized in a structure suitable for later HTML conversion. Constraints: Do not introduce new mechanisms or claims not present in the Step 2 outputs. Do not use evaluative language. Do not use consensus framing. Do not use promotional tone. Do not introduce criticism unless explicitly present in the Step 2 material. Do not use em dashes. Use structurally neutral descriptive language. Avoid rhetorical or advocacy-oriented verbs. Describe what the manuscript formulates, defines, models, or derives rather than what it promotes, advances, or proves, unless such phrasing appears in the Step 2 material. Preserve all core constructs that appear in at least two of the three overviews. Where descriptions differ slightly, reconcile them conservatively without expanding scope. At the beginning of each major section, include one or two orientation sentences explaining what that section establishes, without reducing technical detail. OUTPUT FORMAT Return the entire consolidated overview inside a single triple-backtick code block. Do not include any text before or after the code block. CONSOLIDATED OVERVIEW Title: Author(s): Publication date: Version: Version evaluated: DOI: Conceptual Summary Open with a narrative paragraph that situates the manuscript within a broader scientific question. Clearly explain the central problem it addresses, the core conceptual move it introduces, what the framework proposes, and how it differs structurally from conventional approaches. The first paragraph should allow a well-prepared undergraduate to understand what is at stake while remaining rigorous enough for graduate-level readers. A second paragraph may narrow the focus and guide the reader toward the formal architecture developed in the sections that follow. Core Framework Begin by introducing the fundamental objects the manuscript treats as primitive and explain why they are taken as the structural starting point. Clarify how these objects organize the overall theory before moving into formal definitions. Then describe the principal fields, operators, derived quantities, governing equations, and coupling relations in continuous prose. Present central equations inline where they are structurally necessary. Maintain technical precision while embedding definitions in explanatory context rather than presenting them as isolated formal statements. Governing Mechanisms Open with a brief explanation of how the system is intended to operate as a coupled dynamical structure. Clarify how wave evolution, geometric response, operator structure, and conservation laws work together before presenting formal expressions. Then describe the specific mechanisms in detail, preserving neutrality and full technical completeness while ensuring that the functional role of each component is clear. Limiting Regimes and Reductions Introduce this section by explaining that it examines how the framework relates to established physical theories under controlled conditions. State explicitly which known regimes or limits are recovered, what assumptions or parameter constraints are required, and how those reductions are obtained. Describe these connections conservatively and without extending beyond what appears in the Step 2 material. Stationary Structure or Computational Results Begin by clarifying whether the manuscript analyzes stationary configurations, develops spectral structure, presents numerical evolution, or reports computational outcomes. Provide context for why this analysis matters within the framework before moving into operator definitions, spectral properties, existence and stability results, numerical schemes, parameter regimes, emergent structures, or dataset outputs as applicable. Let the emphasis arise naturally from the manuscript’s content rather than labeling its type. Empirical or Testable Implications Open by indicating whether the manuscript advances measurable or observational consequences and in what regime those consequences arise. If such implications appear in the Step 2 outputs, summarize them clearly and conservatively, specifying what quantities are modified and under what conditions. If none are present in the Step 2 material, state exactly: No explicit experimental or observational implications are presented in the manuscript. Formal Scope and Stated Assumptions Introduce this section by clarifying that it delineates the assumptions and boundaries within which the framework is claimed to operate. Summarize explicit hypotheses, regularity requirements, controlled parameter regimes, and declared limits of claim. Conclude with a final paragraph that synthesizes how the framework’s structure, mechanisms, and limits fit together, without adding interpretation beyond the Step 2 material. At the very end of the output, append exactly the following three lines. The third line must be a blank line. No additional text may follow. - [[[[ SOURCE OVERVIEWS USED FOR CONSOLIDATION ]]]]