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17 NEW ways to use AI to write research papers for Q1 journals (WITHOUT plagiarism) thumbnail

17 NEW ways to use AI to write research papers for Q1 journals (WITHOUT plagiarism)

Academic English Now·
6 min read

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

TL;DR

Use AI only as an editor/proofreader for readability; never delegate authorship of the paper’s core text to AI.

Briefing

The core message is that researchers can use AI to accelerate nearly every stage of producing a Q1 Scopus-index journal paper—topic generation, literature review, theory and method selection, drafting structure, editing, journal targeting, submission prep, and even promotion—so long as AI stays in the role of an editor and brainstorming partner rather than an author. Six ethics-first rules anchor the approach: use AI only to improve readability, never to write the paper for you; treat it as an idea generator; verify every output against your own expertise; draw conclusions and implications yourself; and create your own figures and images. The payoff is speed without surrendering academic ownership, with plagiarism and AI-detection concerns handled through explicit checks.

From there, the workflow becomes a menu of practical AI tasks tied to specific tools. For finding new paper topics, SciSpace is positioned as a fast “topic finder” that returns angles, a summary of current research, reasons the topics fit, and references—typically in under 10 seconds—so researchers can validate whether the suggested directions truly make sense. For generating research questions, Avidnote can produce questions from a detailed description of the study, functioning as a rapid brainstorming assistant.

Research gaps are treated as another time sink that AI can compress. Instead of manually scanning hundreds of papers for limitations and future research prompts, researchers can upload PDFs into SciSpace and ask targeted questions like “what are the limitations,” or use columns to quickly surface limitations, suggestions for future research, and study aims. Consensus is offered as a complementary gap-finder: by asking yes/no questions (e.g., “Does zinc help with cold symptoms?”), it can quantify mixed evidence—such as the example where 47% of studies say “yes,” 27% say “no,” and the remainder fall into mixed or possible categories—highlighting where a new study could resolve disagreement.

Keyword selection and faster reading are framed as foundational to efficient writing. Avidnote’s “keywords for literature search” template generates search terms from a detailed study aim, reducing what could take hours into seconds, followed by a verification pass. For reading itself, both Avidnote and SciSpace support “chat with the document” or “chat with PDFs,” returning document-specific questions (research question, theoretical background, future research suggestions) and section-by-section bullet summaries to speed comprehension.

Once the literature is digested, AI can help shape the paper’s intellectual backbone. Avidnote can suggest theoretical frameworks and research methodologies, offering multiple options rather than a single answer, and can generate research instruments such as interview or survey questions—again with the warning not to copy text verbatim. For data analysis, it can support qualitative workflows (including grounded theory-style coding guidance) and extract relevant data for review papers or meta-analyses.

Drafting and submission preparation then move from content to logistics. Jenny is used to generate outlines and structure, with a stronger outline produced via AI chat using a detailed prompt. Paperpal supports definitions and concept development while writing, plus editing and proofreading suggestions (including one-click acceptance of repeated changes). It also helps identify target journals, generate abstracts, titles, keywords, and cover letters tailored to submission requirements. Before submission, SciSpace can be used to estimate AI-generated text percentages (with a stated 1,500-word limit), and Paperpal’s plagiarism check—powered by Turnitin—is used to produce a detailed similarity report.

Finally, the strategy extends beyond publication: Avidnote can generate social media promotion text (e.g., Twitter threads), and SciSpace offers a PDF-to-video feature to create slide-based promotional videos, with an option to upload a sample voice for future video generation. For future research pipelines, Avidnote can analyze a reference list and propose new study ideas and even a draft abstract, keeping the cycle of Q1-ready research moving.

Cornell Notes

The approach centers on using AI as an ethical research assistant: improve readability, brainstorm ideas, and speed up tasks like literature review and drafting structure—while keeping academic responsibility with the researcher. Six rules guide the use: don’t let AI write the paper, verify AI output, draw conclusions and implications yourself, and create your own figures and images. Tools such as SciSpace and Avidnote help generate topics, research questions, research gaps, keywords, and faster “chat with PDF” reading; they also suggest theoretical frameworks, methodologies, and research instruments. Paperpal supports editing, journal targeting, and submission materials (abstracts, titles, keywords, cover letters), plus plagiarism checks via Turnitin. Promotion and future-paper ideation are handled with Avidnote and SciSpace features like social posts and PDF-to-video creation.

What are the six ethics rules for using AI in research writing, and why do they matter for plagiarism risk?

The rules are: (1) use AI only to improve readability (treat it like an editor/proofreader), (2) don’t use AI to write the text for you, (3) use AI to brainstorm ideas, (4) verify AI output using your own research knowledge, (5) draw conclusions and implications yourself, and (6) make your own figures/images. Together, they reduce plagiarism risk by preventing AI-generated authorship, forcing human verification, and ensuring the researcher owns the paper’s claims, interpretation, and visuals.

How can AI speed up finding research gaps without manually reading hundreds of papers?

SciSpace can accelerate gap-finding by letting researchers upload papers and then ask questions like “what are the limitations of these papers,” or by using columns that surface limitations, suggestions for future research, and study aims at a glance. Consensus is positioned as another gap tool: it answers yes/no questions based on the literature and can reveal disagreement or lack of consensus—for example, the zinc/cold-symptoms case where results are split (47% “yes,” 27% “no,” with mixed/possible outcomes in between).

What’s the practical workflow for turning a research idea into a literature review that’s easier to write?

First generate keywords using Avidnote’s “keywords for literature search” template by describing the study aim in detail; then verify and refine the keyword set. Next, read faster by using “AI chat with the document” in Avidnote or “chat with PDFs” and section summaries in SciSpace, which produce document-specific questions (research question, theoretical background, future research suggestions) and bullet summaries of paper sections.

How does AI help build the paper’s theoretical and methodological backbone while still keeping the researcher in control?

Avidnote can suggest multiple theoretical frameworks and multiple research methodologies based on a detailed study description. It can also generate interview or survey questions via its data/instrument templates. The key constraint is not to copy and paste outputs as-is; instead, use them to save brainstorming time, then adapt the instruments and ensure the final choices match the researcher’s verified understanding and research goals.

What tools are used for submission preparation, and what checks are recommended before sending a manuscript?

Paperpal is used for editing/proofreading suggestions, generating submission materials (abstracts, title options, keywords, and cover letters), and plagiarism checking. The plagiarism check is described as being run by Turnitin. For AI-generated text screening, SciSpace is used with an indicated limit of 1,500 words per scan; the example given reports a 14% figure for an introduction, with the implication that the researcher should not worry if the text is already published and should still review results.

How can AI support promotion after publication and generate ideas for the next paper?

Avidnote can generate promotion copy such as a Twitter thread based on a portion of the paper (e.g., the introduction). SciSpace can create promotional videos from a PDF using a PDF-to-video feature, including an option to upload a sample of the researcher’s own voice so future videos use that voice. For new study ideas, Avidnote can analyze a reference list and generate future research ideas and even a potential abstract, supporting an ongoing pipeline of topics.

Review Questions

  1. Which of the six AI-use rules most directly protects against unethical authorship, and how would you apply it during drafting?
  2. In the zinc/cold-symptoms example, what does the distribution of “yes,” “no,” and mixed results imply about where a new study could contribute?
  3. What sequence of AI-assisted steps would you use to go from a research aim to keywords, faster reading, and then a theoretical framework?

Key Points

  1. 1

    Use AI only as an editor/proofreader for readability; never delegate authorship of the paper’s core text to AI.

  2. 2

    Treat AI as a brainstorming partner, but verify every topic, gap, keyword set, and factual claim against your own expertise and sources.

  3. 3

    Keep conclusions, implications, and future research framing as human work—AI can suggest, but it shouldn’t decide.

  4. 4

    Create your own figures and images; AI-generated visuals are treated as off-limits for the ethical workflow described.

  5. 5

    Speed up literature review by combining keyword generation (Avidnote) with “chat with PDF” and section summaries (Avidnote and SciSpace).

  6. 6

    Use AI to generate multiple options for theory, methodology, and research instruments, then adapt them rather than copy-pasting.

  7. 7

    Before submission, run both AI-text screening (SciSpace) and plagiarism checking (Paperpal with Turnitin) and review the results critically.

Highlights

The ethical guardrails are explicit: AI may improve readability and brainstorm ideas, but researchers must verify outputs and write their own conclusions and implications.
Research gaps can be found faster by uploading papers and asking targeted limitation/future-research questions, or by using consensus-style yes/no queries that reveal disagreement.
Paperpal is positioned as an end-to-end submission assistant—editing, journal targeting, abstract/title/keyword/cover-letter generation—while plagiarism checks rely on Turnitin.
Promotion can be automated too: Avidnote drafts social posts, and SciSpace can turn a PDF into platform-ready video slides, with an option to use an uploaded voice sample.
Avidnote can generate new study ideas from a reference list, supporting a continuous pipeline rather than one-off writing help.

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