Exploring the “Q as is” Perspective: Vacuum, Geometry, and Pattern Recognition Across Modern Physics
Exploring the “Q as is” Perspective: Vacuum, Geometry, and Pattern Recognition Across Modern Physics Author Steven Henderson Abstract This paper presents a conceptual overview of the “Q as is” perspective: a way of looking at modern physics that treats vacuum structure, geometric configuration, and particle behavior as expressions of a shared underlying order rather than as separate domains. The goal is not to introduce new equations, mechanisms, or engineering designs, but to highlight recurring patterns that appear in particle physics, condensed matter systems, and advanced materials research. By focusing on resonance, symmetry, and boundary-dependent behavior, the paper argues that a unifying viewpoint can help researchers recognize deeper connections between existing theories and experimental results. This overview is intended as a starting point for dialogue, cross-disciplinary collaboration, and future formal work, without disclosing any proprietary models or implementa...
