Wholeness is a fundamental part of physics, governing the behavior of electrons in the two-slit experiment over and above mechanical forces.

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• The wholeness is an autonomous and global structure, which is induced by the details of the configuration. It is a real physical and mathematical structure in space — but it is created indirectly, by symmetries and other relationships which are induced in the geometry.quote0.837
  Load-bearing statement encapsulating the nature of wholeness as a real, induced structure.
• The central role of wholeness is the same in both quantum mechanics and architecture.claim0.833
  Parallel between the role of wholeness in physics and architecture.
• The wholeness W is a feature of physical space which appears everywhere and is susceptible to a clear mathematical definition.claim0.824
  Asserts the formal tractability of wholeness.
• The electron's behavior is directly influenced by the wholeness of the experimental configuration.claim0.815
  Interpretation of the two-slit experiment using the framework of wholeness.
• Wholeness and feeling are two sides of a single reality; the external phenomenon of wholeness and the internal experience of personal feeling are, at some level, one and the same thingclaim0.811
  The central identity claim of the chapter linking objective structure to subjective experience
• "Wholeness and feeling are two sides of a single reality."quote0.810
  Concise formulation of the chapter's central identity claim between objective structure and subjective experience
• The wholeness is a real structure, something geometrically concrete, not merely a general appreciation for unity.claim0.810
  Assertion that wholeness is a tangible spatial structure.
• The principle of unfolding wholeness is purely geometrical in character, not arithmetical and not energy-based, distinguishing it fundamentally from least action.claim0.807
  Alexander's characterization of what makes his principle novel relative to least-action formulations