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AI Research Support

Mapping out how conversational AIs can support research in a university context.

๐Ÿ“˜ Literature Search Capabilities

Query Refinement

Conversational AIs help researchers sharpen their research questions by:

  • Clarifying vague queries: Asking follow-up questions to understand the user's intent and context.
  • Suggesting scope adjustments: Recommending whether to broaden or narrow the focus based on available literature.
  • Rephrasing for precision: Offering alternative phrasings that align better with academic search engines or disciplinary norms.

Example: A student researching climate change and agriculture might be guided to refine their query to impact of climate variability on crop yields in Sub-Saharan Africa (2000โ€“2020).

Last updated: Jun 23, 2025

๐Ÿ”‘ Keyword Suggestions

AI can enhance search effectiveness by:

  • Providing synonyms and related terms: E.g., suggesting global warming or climate variability for climate change.
  • Introducing Boolean logic: Teaching how to use operators like AND, OR, NOT, and parentheses to structure complex searches.
  • Highlighting discipline-specific jargon: Helping users adopt terminology used in scholarly discourse.

Example: For a topic on mental health in college students, AI might suggest keywords like psychological well-being, university students, and academic stress.

Last updated: Jun 23, 2025

๐Ÿ“š Database Navigation

Conversational AIs can act as interactive guides for academic databases by:

  • Explaining database strengths: Recommending PubMed for biomedical topics, JSTOR for humanities, IEEE Xplore for engineering, etc.
  • Demonstrating search strategies: Walking users through advanced search features, filters, and citation tools.
  • Linking to institutional access: Helping users connect through their university libraryโ€™s proxy or VPN.

Example: A user unfamiliar with Scopus might be guided on how to use its citation tracking and author metrics features.

Last updated: Jun 23, 2025

๐Ÿงพ Topic Overviews

AI can provide concise, structured summaries of academic fields by:

  • Outlining key themes and debates: Presenting major schools of thought, landmark studies, and current controversies.
  • Identifying seminal authors and works: Highlighting foundational texts and influential researchers.
  • Suggesting further reading: Recommending review articles, meta-analyses, or introductory texts.

Example: For a topic like machine learning in healthcare, AI might summarize applications (diagnostics, personalized medicine), challenges (bias, data privacy), and key papers.

Last updated: Jun 23, 2025

Attribution
Authored by ChatGPT (GPT-5 Thinking) via conversational prompting. Reviewed and formatted for this LibGuide by the editor.
Date generated: Sep 4, 2025  |  Topic: Literature Search Capabilities
How to cite this section
APA (suggested): ChatGPT (GPT-5 Thinking). (2025, September 4). Literature search capabilities [AI-generated content]. University of Florida Libraries LibGuide.
Note: AI-generated content may contain errors. Verify key facts and adapt examples to local resources.