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SciSpace Workshop: Discover Research Papers Faster with SciSpace | By Dr. Lyndon Walker thumbnail

SciSpace Workshop: Discover Research Papers Faster with SciSpace | By Dr. Lyndon Walker

SciSpace·
6 min read

Based on SciSpace's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

SciSpace reframes literature review around asking a research question with context, then using AI ranking and filters to narrow results faster than keyword-only search.

Briefing

SciSpace is positioned as a faster, more question-driven workflow for literature reviews—moving beyond keyword searches and manual reading toward AI-assisted discovery, filtering, summarization, and note-taking. The core shift is asking research questions with context, then using stronger ranking and filters to narrow results, followed by tools that summarize papers and support writing in the same workspace. That matters because the traditional path—searching across multiple databases, opening dozens of PDFs, taking notes separately, and then hunting citations again during writing—creates major time loss and fragmentation.

The session starts by tracing how literature search evolved: physical journals in libraries, then online databases that still required multiple searches, then Google Scholar, which improved breadth but relied heavily on keyword matching and produced long, noisy result lists with limited control. With large language models and AI search tools, the workflow becomes more efficient: users can provide a research question instead of just keywords, apply better filters (sorting, ranking, and narrowing), and generate summaries. The emphasis then turns to writing support—integrating “notebooks” where summaries and notes can be built while reviewing papers, rather than switching back and forth between reading and drafting.

From there, the walkthrough focuses on SciSpace’s main modules and how they fit into a literature review pipeline. The homepage centers on a search box where a research question triggers literature retrieval. A “Find Topics” tool helps brainstorm and niche down by suggesting topic phrasings and research angles, with results that include summaries and sources. For literature review, SciSpace offers different search modes: Standard (free tier), High Quality (more detailed output), and Deep Review (a premium mode that takes longer). The presenter demonstrates that Standard and High Quality follow a similar format but differ in how many papers they evaluate—High Quality considers more papers from a large corpus, producing longer, more detailed summaries.

Deep Review is treated as a different approach: it prompts for additional specificity, then runs multiple queries and uses citation/reference chaining—mirroring how researchers expand a reading list by following where relevant work is cited and what those papers cite. In the demo, a query about creatine and muscle development leads to a more extensive review with a table of contents, many more references, and the ability to summarize up to a larger set of top papers.

A major practical section explains how SciSpace handles access to full texts. When PDFs are available, they’re linked and viewable inside the tool. For paywalled items, a “request PDF” option is offered (described as sending an email request), and users can alternatively contact authors directly. Filters also allow restricting results to PDF-accessible or open-access papers.

The interface then supports deeper analysis and customization. Users can filter and sort results, add columns to extract specific information (including creating a new column via a prompt, such as “funding source” or “changes over time”), and open individual papers to chat with the PDF—asking about methods, limitations, datasets, or summarizing sections. For mathematical or tabular content, a selection tool lets users highlight a table or formula and receive plain-language explanations plus follow-up questions.

Finally, the session addresses workflow and responsibility: SciSpace provides export options for references (CSV, Excel, BibTeX, XML, RIS) and notebook-based writing that can be exported to docx, with citation formatting choices. Accuracy still requires manual verification—especially for references—and the presenter warns against copy-pasting AI-generated text into publications without human authorship and accountability. Discount codes are mentioned as time-limited, and the Q&A encourages users to share what they want to try next.

Cornell Notes

SciSpace is presented as an AI-powered literature review workflow that starts with a research question (not just keywords) and then narrows, ranks, and summarizes relevant papers. Standard and High Quality modes produce structured summaries with references, with High Quality evaluating more papers for extra detail. Deep Review is described as a more “researcher-like” process: it asks follow-up questions, runs multiple queries, and expands through citations and references, producing a longer, more heavily sourced review. The platform also supports practical tasks—filtering for PDF/open access, adding custom extraction columns, chatting with a PDF, and explaining tables/formulas—while offering export and notebook tools for writing. The session stresses that references and claims must be manually verified and that human authorship should remain clear.

How does SciSpace’s search approach differ from keyword-based tools like Google Scholar?

Instead of relying on keyword matching, SciSpace centers the workflow on a user’s research question plus context. That enables more targeted retrieval and better control over results through filters and ranking. The practical outcome is fewer irrelevant hits and less time spent sifting through long lists of papers that only partially match the intended question.

What are the differences among Standard, High Quality, and Deep Review in SciSpace literature review?

Standard (free tier) and High Quality follow a similar output format, but High Quality evaluates more papers from a large corpus—described as considering around 400 papers versus about 250 for Standard—so the summary is longer and typically more detailed. Deep Review is fundamentally different: it prompts for more specificity, then runs multiple queries and follows citation/reference trails to expand the paper set, producing a much longer review with substantially more references.

How does SciSpace handle access to full-text PDFs, especially when articles are paywalled?

When a PDF is available, it’s linked and can be opened inside the tool’s PDF viewer. For paywalled items, a “request PDF” option is provided, described as sending a request to the researcher (via email). Users can also use a more traditional route by contacting authors directly, and filters can restrict results to PDF-accessible or open-access papers.

What does “custom columns” mean, and how can a user extract targeted information from many papers at once?

After a search, SciSpace can display a table of papers with selectable columns such as insights, conclusions, results, methods, limitations, contributions, and more. Users can also create a new column by entering a prompt that asks the system to extract a specific kind of information across each article. In the demo, a “funding source” column was created and filled in where available; the presenter also mentioned using a “changes over time” column for consulting-style research.

What kinds of interactions are possible once a specific paper is opened?

SciSpace supports a chat interface tied to the opened PDF, letting users ask questions like summarizing the introduction, identifying the dataset used, describing methods, or listing limitations. For tables and mathematical formulas, a selection tool allows highlighting a region (via crosshairs) so the system can summarize and explain what the table/formula means, then offer follow-up questions.

What safeguards does the session recommend for accuracy and academic integrity?

Manual verification is emphasized for references and claims, even when outputs look plausible—because databases and exports can be inconsistent. The presenter also warns against copy-pasting AI-generated text into journal articles without clear human authorship, noting that generic AI artifacts (like boilerplate prompts) can create serious professional risk.

Review Questions

  1. When would a researcher choose Standard vs High Quality vs Deep Review, and what practical difference does each mode make to the final summary?
  2. Describe two ways SciSpace can help with paywalled PDFs, and how filters can change what appears in the results.
  3. How can custom columns and PDF chat work together to speed up a literature review from discovery to writing?

Key Points

  1. 1

    SciSpace reframes literature review around asking a research question with context, then using AI ranking and filters to narrow results faster than keyword-only search.

  2. 2

    Standard and High Quality produce structured summaries with references, with High Quality evaluating more papers for more detailed output.

  3. 3

    Deep Review uses a researcher-style expansion strategy—asking follow-up questions, running multiple queries, and following citations/references to build a larger, more relevant paper set.

  4. 4

    Full-text access is handled through linked PDFs when available, a request-PDF option for paywalled articles, and filters for PDF/open-access-only results.

  5. 5

    The platform supports scaling analysis via a paper table with filters, sortable metrics, and custom extraction columns created from prompts.

  6. 6

    Opening a paper enables chat-with-PDF Q&A and selection-based explanations for tables and mathematical formulas.

  7. 7

    Export and notebook tools support writing workflows, but references and content still require manual verification and clear human authorship.

Highlights

The biggest workflow change is moving from keyword searching to question-based retrieval with stronger filtering, ranking, and summarization.
High Quality differs from Standard mainly by evaluating more papers before generating the summary, leading to longer, more detailed outputs.
Deep Review is treated as a different method: it expands through citations and references after prompting for more specificity.
SciSpace can explain tables and mathematical formulas by letting users select the relevant region and then asking follow-up questions.
Even with AI assistance, the session stresses manual verification of references and avoiding copy-paste authorship mistakes.

Topics

  • AI Literature Search
  • SciSpace Workflow
  • Deep Review
  • PDF Access
  • Custom Columns

Mentioned

  • Lyndon Walker