基于 anchor 论文、topic 关键词或当前 wiki 状态,产出一份排好序的候选论文 shortlist,供用户或上游 skill 决定是否进一步 `/ingest`。当用户问 "接下来该读什么"、"找和这篇相似的论文"、"推荐相关工作"、"这个方向周围有什么" 时触发;`/ingest --discover` 也会内部调用本 skill。本身不 ingest,只提出候选。

Generates ordered candidate paper shortlists from seed sources for downstream review and ingestion planning.

77|16|Updated May 9, 2026
One-click install
npx skills add https://github.com/Lambenthan/empiricalwiki --skill anchor-topic-wiki-shortlist-skill-ingest-ingest-discover-skill-ingest
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: 基于 anchor 论文、topic 关键词或当前 wiki 状态,产出一份排好序的候选论文 shortlist,供用户或上游 skill 决定是否进一步 `/ingest`。当用户问 "接下来该读什么"、"找和这篇相似的论文"、"推荐相关工作"、"这个方向周围有什么" 时触发;`/ingest --discover` 也会内部调用本 skill。本身不 ingest,只提出候选。
Source: https://github.com/Lambenthan/empiricalwiki/tree/main/i18n/zh/skills/discover
Command: npx skills add https://github.com/Lambenthan/empiricalwiki --skill anchor-topic-wiki-shortlist-skill-ingest-ingest-discover-skill-ingest

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

It turns ambiguous “what should I read next?” requests into an ordered shortlist of candidate papers with clear rationales, while ensuring nothing is ingested automatically.

Core Features & Use Cases

  • Anchor-driven discovery: Use one or more anchor paper IDs to retrieve semantically similar work plus literature context (recommendations, references, citations) and rank candidates.
  • Topic/Wiki exploration: Use a topic query string or derive seeds from recently modified wiki paper pages to suggest plausible next readings.
  • Dedup-safe outputs: Filters out papers already present in the wiki (via arxiv/arxiv_id matches) and logs discovery events without modifying wiki content (except log).

Quick Start

Ask the system: “From anchor papers 2106.09685 and 1905.00001, recommend the next 10 papers to read, and explain why each one is relevant, but do not ingest anything.”

Frequently Asked Questions about 基于 anchor 论文、topic 关键词或当前 wiki 状态,产出一份排好序的候选论文 shortlist,供用户或上游 skill 决定是否进一步 `/ingest`。当用户问 "接下来该读什么"、"找和这篇相似的论文"、"推荐相关工作"、"这个方向周围有什么" 时触发;`/ingest --discover` 也会内部调用本 skill。本身不 ingest,只提出候选。

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I generate a ranked paper reading shortlist from anchor papers?

To generate a ranked paper reading shortlist, provide anchor paper IDs or topic keywords. The system retrieves semantically similar work and literature context, producing ordered candidate papers with rationales while ensuring nothing is ingested automatically.

Can I find related academic papers without automatically adding them to my wiki?

Yes, you can find related academic papers without automatic ingestion. The discovery process proposes ranked candidates and logs events to wiki/log.md, strictly avoiding modifications to raw files or automatic wiki content updates.

What is the best way to discover next readings based on recently modified wiki pages?

Discovering next readings based on recently modified wiki pages requires selecting the wiki exploration seed mode. The system derives plausible next reading suggestions from modified wiki paper pages and ranks them with clear rationales.

How does wiki deduplication work when searching for literature recommendations?

Wiki deduplication during literature recommendation filters out papers already present in the wiki. It checks for matches using arxiv or arxiv_id frontmatter to ensure candidate shortlists contain only new, unread papers.

Does the paper discovery process support topic keyword searches for literature reviews?

Yes, the paper discovery process supports topic keyword searches for literature reviews. You can provide a topic query string to retrieve and rank plausible next readings with clear rationales for your review.

What are the limitations of using a topic query for paper discovery?

A limitation of using a topic query for paper discovery is that you must select exactly one seed mode. The system cannot mix anchor IDs, topic keywords, and wiki page seeds simultaneously to generate the candidate shortlist.