Discrete Relational Network Dynamics II: Spectral-Topological Transport, ATP Lensing, and Void-Wall Diagnostics

Key Points

• This research aims to advance the understanding of discrete relational network dynamics through spectral and topological analyses.
• Formulated a spectral/topological transport sector of discrete relational network dynamics.
• Developed diagnostics for galaxy/lensing analysis using ATP-vs-NFW metrics.
• Generated machine-readable audit tables and reproduction scripts for transparency.
• Established new diagnostics for analyzing void morphology and void-wall structures.
• Improved understanding of transport dynamics in discrete relational networks.