Deep Research Hub

Run autonomous multi-source academic research with plan-first workflow, gap detection, and synthesized results.

The Deep Research Hub runs a full end-to-end research pipeline on any topic you provide. It generates a research plan, searches across multiple academic databases, filters and clusters results by theme, and synthesizes a coherent summary — all with a live progress panel you can follow in real time.

How it works

The pipeline runs in six stages:

  1. Query — You enter a research question or topic.
  2. Plan — The AI generates a structured research plan with sub-questions and search strategies. You review and approve (or edit) before the search begins.
  3. Search — The agent queries all enabled academic sources in parallel.
  4. Filter — Results are scored for relevance and duplicates are removed.
  5. Cluster — Papers are grouped into thematic clusters automatically.
  6. Synthesize — The agent writes a structured summary grounded in the retrieved papers.

Plan-first workflow

Before any search begins, the Deep Research Hub shows you the research plan it intends to follow. The plan includes:

  • The main research question broken into sub-questions
  • Planned search queries for each sub-question
  • Which databases will be queried
  • Estimated scope

Review the plan and edit it if needed, then click Start Research to launch the pipeline. This lets you steer the direction before committing to a potentially long search.

Adaptive research agent

The research agent is LLM-driven and adapts as it works. After each search round it:

  • Detects gaps in coverage based on what was found
  • Expands queries to cover under-explored angles
  • Decides whether additional search rounds are needed
  • Stops when coverage is sufficient or when the session limit is reached

You do not need to supervise the agent during a session. Return when it finishes and review the progress panel for a full log of what was searched and found.

Academic sources

The Deep Research Hub searches six academic databases simultaneously:

SourceCoverage
arXivPreprints across physics, math, CS, biology, economics
Semantic ScholarCitation graphs, abstracts, influence metrics
PubMedBiomedical and life science literature
OpenAlexOpen metadata for journals, authors, institutions
CrossRefDOI registry covering all disciplines
DBLPComputer science publications and conference proceedings

Results from all sources are deduplicated and merged into a single result set before filtering.

Research progress panel

While a session runs, the progress panel shows live status updates:

  • Which stage is currently active
  • Papers found per source per round
  • Gaps detected and new queries generated
  • Cluster labels as they form
  • Synthesis progress

You can collapse the panel and return to other work. The session continues in the background.

Research sessions

Each research run is saved as a session. Sessions are:

  • Resumable — If a session is interrupted, open it again to continue where it left off.
  • Cloud-synced — Sessions are available on all your devices.
  • Persistent — Results, clusters, and synthesis are saved indefinitely.

Open a past session from the Research sidebar to review its results, re-run synthesis with updated settings, or generate a literature review from its paper set.

Tier limits

TierDeep Research access
FreeNot available
Researcher5 sessions per billing period
ProUnlimited sessions

A session counts when you approve the plan and start a search run.

Starting a session

  1. Open the Deep Research Hub from the sidebar or from the command palette (Cmd+P (Windows: Ctrl+P)).
  2. Enter your research question in the query field.
  3. Review the generated plan. Edit any sub-questions or queries if needed.
  4. Click Start Research.
  5. Watch the progress panel or return later when the session completes.

Tip: Narrow your research question before starting. Broad questions like "machine learning" produce many loosely related papers. Specific questions like "transformer architectures for time-series forecasting" produce tighter, more useful clusters.