The Decay of Impact with Network Distance in Linear Diffusion Processes
2026-04-28T08:52:16Z•0b45d269b6713ffe9de8f63b2b108ba01a18ea9ce1b0fc3cd964b951a293f34e
#MAHAComplex Hilbert PCADetailBenchDetailDPOFunctional Proximity LawGlobal SouthLLM hallucinationsR package iglm','interference regression','NIH-MPINet','science-bounded confidencecentrality measuresclimate misinformatione-commerce networkseigenvector centralitygraph spectrumlinear diffusion modelslong-context modelsmarkerless 3D posemultilayer networksnetwork diffusionopinion homophilyphase analysispolitical discourseregulatory NLPsocial influenceuncertainty-aware centrality
What happened
This document is an arXiv CS/Social Informatics RSS batch (multiple new preprints) covering network science, social influence, NLP for regulatory documents, misinformation, and applied methods/datasets. Key items: (1) a theoretical and empirical analysis showing total impact in linear diffusion/social-influence models decays approximately exponentially with graph distance and can be approximated by eigenvector-centrality–weighted spectral expressions; (2) DetailBench and DetailDPO, a benchmark and targeted preference-optimization method that reduces LLM "detail hallucinations" in long-regtext/
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_si
- Record identifier
- 0b45d269b6713ffe9de8f63b2b108ba01a18ea9ce1b0fc3cd964b951a293f34e
- Enrichment time
- 2026-04-28T08:52:16Z
- AI-assisted enrichment
- Yes
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