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4 Free AI tools you won't believe exist for academia and research thumbnail

4 Free AI tools you won't believe exist for academia and research

Andy Stapleton·
5 min read

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

TL;DR

Goblin.tools turns large academic goals into step-by-step checklists, with a “spiciness” control to adjust how detailed the breakdown becomes.

Briefing

Four free AI tools aimed at academia and research promise to cut down the most time-consuming parts of graduate work: planning, writing presentations, tracking meetings, and generating visuals.

First up is Goblin.tools, positioned as a “magic to-do list” for anyone overwhelmed by large tasks. Users paste in a big goal—such as completing a PhD—and then click a breakdown button to get a staged checklist. The tool’s “spiciness” setting controls how aggressively it decomposes work, ranging from simple steps to highly granular ones. In the example given, a PhD plan is split into multiple actionable tasks, and the same approach is applied to a research-specific prompt in organic photovoltaic devices and nanomaterials. When asked about testing new nanomaterials for solar cells, the output breaks the work into stages like researching and selecting nanomaterials, preparing samples, and building a testing plan—essentially turning a vague research ambition into a sequence of next steps.

Second is Tome.app, described as an AI assistant for creating narratives and presentation outlines. A user enters a topic—like transparent electrodes and new materials—and the system generates a structured draft with sections such as current materials, challenges, and future outlook. The outline can be edited by adding or removing elements, and it’s framed as a fast starting point rather than a finished slide deck. A key workflow is also highlighted: Tome’s “document to presentation” beta feature lets users paste text from a paper or abstract and convert it into a presentation structure. The example uses an abstract about graphene thickness measurement, producing slides that include characterization techniques and challenges (including AFM modes like Peak Force tapping mode), along with “important factors.” The emphasis is on saving the guesswork and time spent building early structure for short talks or group paper presentations.

Third is Parrot.ai, pitched as an AI meeting organizer and summarizer built for supervisor meetings and group discussions. The problem it targets is memory loss and misalignment across meetings—supervisors may forget what was said, and researchers can end up repeating themselves or dealing with contradictions. The workflow is straightforward: record audio on a smartphone, upload it, and let the AI generate a summary with key tasks while preserving a record of what both sides said. The tool is presented as an accountability mechanism for agreements and disagreements, with a “generous free plan” mentioned.

Finally, Bing’s Image Creator—powered by DALL·E—is offered as a free way to generate research visuals for presentations and public-facing promotion. Users provide prompts such as “solar cell schematic with sun,” then choose from multiple generated options. The examples include solar-cell imagery suitable for slides and social media, plus attempts at generating a schematic of a surfactant-stabilized oil droplet (a micelle), where results depend heavily on prompt quality. The takeaway is that trial and error may be needed, but the tool can produce striking, presentation-ready visuals at no cost.

Together, the set aims to reduce friction across the research lifecycle: turning big goals into tasks, converting notes and papers into presentation structure, preserving meeting context, and producing visuals for communication beyond the lab.

Cornell Notes

The core idea is that several free AI tools can remove early friction in academic work—planning, presenting, meeting follow-ups, and visual communication. Goblin.tools turns overwhelming goals (like completing a PhD or planning nanomaterials research) into step-by-step checklists, with a “spiciness” control for how detailed the breakdown becomes. Tome.app generates presentation outlines from topic prompts and can convert pasted paper text or abstracts into slide structure, including sections like challenges and future outlook. Parrot.ai summarizes recorded supervisor or group meetings and preserves what was said to reduce confusion and contradictions later. Bing’s Image Creator generates research visuals from prompts, though better results may require prompt iteration.

How does Goblin.tools help when a research task feels too big to start?

Users paste a large goal and click a breakdown action to get a staged checklist. The “spiciness” setting controls granularity—from simple steps to very detailed sub-tasks. In the examples, “completing a PhD” is decomposed into multiple actionable items, and a field-specific prompt about “testing new nanomaterials for solar cells” is broken into research and selection, sample preparation, and testing-plan steps.

What makes Tome.app useful for academic presentations beyond generating text?

Tome.app produces an outline with presentation structure (e.g., current materials, challenges, future outlook) that can be edited. It also has a “document to presentation” beta workflow: users paste an abstract or paper text and the system generates a slide outline tied to the content. The graphene example yields slides on characterization techniques and AFM-related challenges, including Peak Force tapping mode.

Why is Parrot.ai framed as an accountability tool in supervisor meetings?

The tool targets the common issue of forgetting what was agreed across meetings. By recording audio on a smartphone and uploading it, Parrot.ai generates AI summaries with key tasks while keeping a record of what both parties said. That record is positioned as a way to resolve future disputes about agreements or contradictions.

What workflow does Bing’s Image Creator follow for research visuals, and what affects results?

Users enter a prompt (e.g., “solar cell schematic with sun”) and then select from multiple generated image options. The examples show that prompts like “solar cell” can yield usable schematic-style visuals for slides and social media, while other prompts (like a micelle description) may miss the target if the prompt is unclear. Iteration—trial and error—is expected to find the best match.

Across these tools, what common theme reduces time spent in early research tasks?

Each tool accelerates the “first draft” stage: Goblin.tools converts vague goals into actionable task lists; Tome.app converts topics or paper text into presentation structure; Parrot.ai converts meeting audio into summaries and preserved context; Bing’s Image Creator converts textual prompts into visual assets. The emphasis is on saving time on initial setup so researchers can move faster to execution.

Review Questions

  1. Which tool would you use to break a complex research plan into granular steps, and how does its “spiciness” setting change the output?
  2. How does Tome.app’s “document to presentation” beta feature differ from generating an outline from a topic prompt?
  3. What problem does Parrot.ai aim to solve with recorded meetings, and what does it produce after upload?

Key Points

  1. 1

    Goblin.tools turns large academic goals into step-by-step checklists, with a “spiciness” control to adjust how detailed the breakdown becomes.

  2. 2

    Tome.app can generate presentation outlines from topic prompts and can also convert pasted paper text or abstracts into slide structure via “document to presentation.”

  3. 3

    Tome.app’s generated decks are treated as starting points—use editing to refine slide content and reduce overly text-heavy sections.

  4. 4

    Parrot.ai supports smartphone audio recording, then produces AI summaries with key tasks while preserving a record of what was said to reduce future misunderstandings.

  5. 5

    Bing’s Image Creator (powered by DALL·E) can generate presentation- and social-ready visuals from prompts, but prompt quality and iteration affect results.

  6. 6

    Taken together, the tools target common research bottlenecks: planning, early presentation drafting, meeting follow-through, and visual communication.

Highlights

Goblin.tools can decompose a goal as broad as “completing a PhD” into a detailed task list, and the breakdown level is adjustable via “spiciness.”
Tome.app’s “document to presentation” beta lets researchers paste an abstract and quickly generate a presentation outline tied to the paper’s themes and methods.
Parrot.ai is designed to preserve meeting context by recording audio, summarizing it, and keeping a record that can be used later if disagreements arise.
Bing’s Image Creator can generate schematic-style research visuals from prompts—useful for slides and public promotion—though it may require trial and error to get the right depiction.

Mentioned