The Anisotropic Trajectory Solution in Ultrahyperbolic Manifolds: Formulating the Eigen-Intent Operator (Wˆ )

Author(s)	Mr. Thomas Christian Weissflog
Country	Canada
Abstract	Theoretical extensions of spacetime to higher dimensions frequently grapple with the instability of macroscopic matter when extra temporal axes are introduced. In a six-dimensional ultrahyperbolic spacetime (M3,3), characterized by three spatial and three temporal dimensions, standard passive geodesics collapse into divergence blurs, presenting a fundamental barrier to physical coherence. This paper introduces the Eigen-Intent Operator (Wˆ ), mathematically defining “micro-will” not as a biological artifact, but as an intrinsic physical mechanism required to lock quantum trajectories along a singular, cohesive temporal vector. Without this active phase-locking operator, wave functions inevitably bleed across alternative dimensions of causality, causing immediate material dissolution.
Keywords	Physics, Consciousness, 6D Spacetime
Field	Physics
Published In	Volume 17, Issue 2, April-June 2026
Published On	2026-06-29

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