Can LLMs Predict Academic Collaboration? Topology Heuristics vs. LLM-Based Link Prediction on Real Co-authorship Networks

2026-04-03T08:52:21Z105926049b83325a475bf485adbe53165b953e36faee19661b96ec9a62179a02
abstraction-paradoxagentic-systemsauthor-metadatabenchmarkco-authorshipdata-leakagedeanonymizationlink-predictionllmmulti-agentprivacyprompt-engineering-limitationssocial-networks

What happened

This collection highlights two security- and privacy-relevant findings: (1) Large language models (Qwen2.5-72B-Instruct) can predict future academic collaborations from author metadata alone (AUROC 0.714–0.789 for new-edge prediction; AUROC 0.652 even when authors share no common neighbor), relying primarily on research-concept metadata; providing pre-computed graph features can degrade LLM performance via anchoring. (2) AgentSocialBench, a new benchmark for human-centered agentic social networks, demonstrates systemic privacy failures in multi-agent settings: cross-domain and cross-user agent

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_si
Record identifier
105926049b83325a475bf485adbe53165b953e36faee19661b96ec9a62179a02
Enrichment time
2026-04-03T08:52:21Z
AI-assisted enrichment
Yes

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