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:
- Query — You enter a research question or topic.
- Plan — The AI generates a structured research plan with sub-questions and search strategies. You review and approve (or edit) before the search begins.
- Search — The agent queries all enabled academic sources in parallel.
- Filter — Results are scored for relevance and duplicates are removed.
- Cluster — Papers are grouped into thematic clusters automatically.
- 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:
| Source | Coverage |
|---|---|
| arXiv | Preprints across physics, math, CS, biology, economics |
| Semantic Scholar | Citation graphs, abstracts, influence metrics |
| PubMed | Biomedical and life science literature |
| OpenAlex | Open metadata for journals, authors, institutions |
| CrossRef | DOI registry covering all disciplines |
| DBLP | Computer 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
| Tier | Deep Research access |
|---|---|
| Free | Not available |
| Researcher | 5 sessions per billing period |
| Pro | Unlimited sessions |
A session counts when you approve the plan and start a search run.
Starting a session
- Open the Deep Research Hub from the sidebar or from the command palette (
Cmd+P (Windows: Ctrl+P)). - Enter your research question in the query field.
- Review the generated plan. Edit any sub-questions or queries if needed.
- Click Start Research.
- 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.