Anisotropic Space Dynamics

01The starting question

ASD asks whether spatial isotropy must be assumed in a theory built from modern length and time measurement. Its kinematic core is a directional response of true spatial length, called the Length Vector Effect.

02The physical framework

Within ASD, transverse lengths follow L′⊥ = γL⊥ in the specified moving configuration. Gravity is explored through spatial scale and longitudinal structure; magnetic interaction starts from motion-induced changes in Coulomb interaction. Matter is investigated as stable spatial topology.

03Current maturity

The framework contains specified derivations, effective descriptions, candidate microscopic models and open problems. A complete nonlinear particle solution, unified master equation and universal dynamical derivation of Born statistics are not yet established.

04Research access

The website includes full English canonical modules for Metrology, LVE, Time, Dynamics, Gravity, Electromagnetism, Space Dynamics, Matter & Topology and Quantum Phenomena research frameworks, alongside Chinese topic guides, an equation registry, open problems and a portable assistant pack. The full monograph and original experimental datasets have not been published here. The on-site researcher currently retrieves source passages; it is not connected to a generative model.

05Full English LVE module

The four pages below share version 1.1.0, stable equation IDs and the final Chapter 1 source snapshot with their Chinese originals. Theory Status is DERIVED, Mathematical Review is CONDITIONAL, and overall Evidence Status is UNTESTED. Individual experiments retain their own evidence labels.

• Length Vector Effect: Overview
• Full Derivation
• Physical Meaning
• Experimental Relations and Tests

The English pages translate the canonical Chinese module; the final Chinese manuscript remains the authoritative theoretical source. Supporting guides and research tasks may open in Chinese and remain separately labeled.

06Foundations and Dynamics · Canonical 1.0.0

The three modules below follow the supplied Preface and Chapters 1–2. Their English pages share version 1.0.0, source manifest, equation IDs and scientific statuses with their Chinese originals. The Chinese final manuscripts remain authoritative. LVE retains its existing version 1.1.0.

• Metrological Foundations — SI, propagation, frequency and the boundary between definitions and ASD inputs.
• Time as a Measured Process — measurement, clocks and frequency, comparison.
• Motion, Momentum and Energy — momentum, energy, force and work, experimental relations.

Metrology is a FOUNDATION with definition references (DOCUMENT; experimental evidence not applicable). Time is FOUNDATION with CONDITIONAL mathematical review and UNTESTED overall evidence. Dynamics is DERIVED with CONDITIONAL review and UNTESTED overall evidence; its inertia closure and rest-energy normalization are explicit. Individual experiment cards retain separate classifications.

07Gravity · Canonical 1.0.0

Six theory pages and a tests matrix share their Chinese source snapshot, equation IDs and version 1.0.0. The macroscopic framework and static compact-object model are EFFECTIVE MODEL; the redshift, weak-field optics and orbital derivations retain their explicit constitutive conditions. Evidence is classified separately for each observable.

• Gravity overview
• Gravitational redshift
• Light deflection
• Shapiro delay
• Orbital dynamics
• Static compact objects
• Gravity tests matrix

The current static spherical action and optical path match Schwarzschild exterior expressions. Higher-order static results and shadows are not presumed discriminators. The open tasks concern strong-field closure, nondegenerate orbital observables, rotation and microscopic source coupling. Release record.

08Electromagnetism · Module 1.0.0

The construction proceeds from Coulomb interaction through LVE and magnetic interaction to continuous fields and transverse propagation. Each result has its own status: the co-moving transverse force is derived under stated inputs; free Maxwell equations follow within a quadratic transverse model; general high-speed source closure remains open.

• Electromagnetism Overview
• Coulomb Interaction
• Magnetic Force and Velocity Domain
• Moving-Charge Field · Open Review
• Vector Potential
• Magnetic Field
• Electromagnetic Waves
• Experimental Matrix

The five electromagnetic open problems and the high-γ case study are available in both languages through these pages.

09Space Dynamics Foundation · 1.0.0

The two application modules meet in a continuum-first foundation. Ten theory pages separate definitions, conditional mathematical results, constitutive inputs and candidate models. FCC is a replaceable microscopic realization; the master equation remains open.

• Overview and two-way map
• Degrees of freedom
• Wave propagation and coefficient explorer
• Continuum dynamics
• Six research tasks, starting with OP-SD-001
• Constraints, consistency and proposed tests

Release record. Matter & Topology v1.0 now develops that next layer as a research framework; stable particle solutions and source closure remain open.

10Matter & Topology · 1.0.0

Overview → localization → topology → stability, then mass, charge, spin and electron/proton candidates. Antimatter and creation/annihilation have separate pages.

This is a canonical research framework plus candidate models, not a closed particle derivation. Eleven phenomenological requirements record independent derivation and distinguishing power. OP-MAT-001 is the priority task. Release record.

11Quantum Phenomena Foundation · 1.0.0

Accompanying fields → matter-wave phase → effective equation → interference. Fourier uncertainty, detection/statistics and tunneling retain distinct conditions and open tasks.

The final Chapter 5 manuscript is now imported for these topics. Seven phenomenological requirements are not new ASD confirmations. OP-QM-004 makes universal Born statistics a highest-priority task alongside stable particles and unified dynamics. Release record.