EF Attention Conductance Framework v1.0: A Structural Model of Attention Propagation in Informational Systems

EF Attention Conductance Framework v1.0 is an applied research module derived from Emotional Field Theory (EF) v2.0. The framework proposes a structural model of attention propagation in informational systems and reframes the attention economy through the concept of conductance rather than capture. The central thesis is that attention is not only a scarce resource to be captured, retained, and extracted, but also a conductance parameter of an informational configuration: the degree to which incoming informational differences can pass through a system and produce downstream movement. The framework introduces the core equation ΔIA = I · P − S, where I is incoming informational flow, P is conductance, S is structural resistance, and ΔIA is net informational change or propagation capacity. It applies these variables to attention economy, media strategy, influence systems, content propagation, monetization thresholds, trend-window dynamics, and informational density. The document defines the resource model vs conductance model of attention, three structural failure modes in attention systems, and four operational heuristics for applied diagnosis: Attention Conductance Score (ACS), Content Density Score (CDS), Monetization Safety Score (MSS), and Trend Window Radar. These heuristics are proposed as directional diagnostic tools and are not presented as validated psychometric or media-measurement instruments. This Zenodo record includes the EF Attention Conductance Framework v1.0, its companion canonical glossary and notation reference, and the related BibTeX reference file. This applied research module is derived from Emotional Field Theory (EF) v2.0, Theory DOI: 10.5281/zenodo.19924326. Author: Elena PavlovaORCID iD: 0009-0008-0372-166XFramework DOI: 10.5281/zenodo.19984531License: CC BY-NC-ND 4.0

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