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Unlock AI Superpowers in Your Notes (Mem Case Studies!)

Tiago Forte·
5 min read

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

TL;DR

Build AI workflows by converting personal goals into mems (including SMART goals) and linking them to a task model and explicit criteria.

Briefing

AI becomes genuinely useful when it’s treated like a customizable collaborator built from a person’s own notes—turning generic outputs into plans, prompts, and workflows tailored to real goals. The core move is “programming with natural language”: instead of asking for a one-off answer, users iterate on questions until the system produces an output that fits their context, criteria, and desired outcomes. That shift matters because it changes AI from a novelty into a repeatable operating system for creativity and execution.

A concrete example builds a daily task planner inside Mem (a “second brain” notetaking system). The process starts by creating goal mems—such as writing a book proposal, landscaping a backyard, and planning a Mexico trip—then rewriting those goals into SMART goals. Next comes a task model mem and explicit task criteria: tasks must be objective and measurable, with a clear “completed or not” standard. The planner template then integrates these mems using bidirectional links, so every day’s task suggestions are generated from the user’s stored goals, criteria, and model rather than from generic productivity advice. Running the system produces an interactive, question-and-answer planning flow that generates a numbered list of next-day tasks (for instance, spending two hours on a section of a book proposal, including research steps like contacting landscaping companies and gathering quotes). The emphasis isn’t on micromanaging checklists; it’s on having AI “converse” with the user’s context to generate actionable work.

That same personalization theme expands into creative projects. One case uses AI to co-write a children’s book for a nephew by feeding the model the nephew’s word list and pairing it with child-development framing. The workflow includes iterative refinement—prompting for synopses, drilling into specific themes (like curiosity), and generating an illustrated result with image instructions. Another project turns a personal reading list into a reusable “persuasion amplifier” template by combining distilled ideas from multiple books (including Made to Stick and Contagious) and then applying the merged framework to tasks like writing a mini sales page.

The discussion also reframes how people should work with AI. A “better Google Paradigm” positions AI as a shortcut to the exact answer—rather than forcing users to sift through links—but the bigger point is iterative improvement. First outputs are often the worst; the productive path is multiple attempts, followed by cataloging what to ask next time. The approach is likened to driving a Ferrari: the value depends on where and how it’s used, not just on owning the tool. Ultimately, AI is presented as a partner for exploration and critical thinking, not merely efficiency—while writing and clear instruction remain essential because AI outputs still depend on human intent, empathy, and goals.

The segment closes with references to resources for building a second brain in Mem and migrating it into an AI-enabled workflow, plus a podcast and course offerings aimed at turning notes into automated, linked systems that can be executed “at the speed of thought.”

Cornell Notes

AI becomes powerful when it’s built around a person’s own notes, goals, and criteria—effectively creating a custom assistant rather than relying on generic answers. In Mem, the daily task planner example shows how to create goal mems (rewritten as SMART goals), define objective task criteria, and build a task model that drives the planner’s output. Bidirectional links connect these mems so the system generates tomorrow’s tasks based on stored context. The same note-driven approach supports creative work, like co-writing a personalized children’s book using a child’s word list and iterating on themes. The broader takeaway is to treat AI as an iterative partner: expect weak first outputs, refine prompts through multiple attempts, and keep a library of prompts that work.

How does the Mem daily task planner turn stored notes into next-day actions?

It starts by creating mems for goals (e.g., book proposal, landscaping, Mexico trip) and rewriting them as SMART goals. Then it defines task criteria that are objective and measurable—tasks must be clearly “completed or not.” A task model mem structures how tasks should be generated. Finally, a daily planning template is built to integrate the goals, criteria, and model using bidirectional links, so the generated task list for tomorrow is grounded in the user’s own context rather than generic productivity rules.

Why does the transcript emphasize “objective” task criteria?

Because AI needs a completion standard to produce actionable tasks. The criteria are designed so tasks are tangible and verifiable: either the work is done or it isn’t. That reduces ambiguity in the planner output and makes the daily review loop practical—users can check boxes based on measurable outcomes instead of vague intentions.

What does “programming with natural language” mean in practice here?

It means iterating on prompts until the system behaves like a custom workflow engine. In the planner demo, instructions are structured as objective → process → output, and the template is made interactive with question-based prompts. The AI then produces a task list through a dialogue-like flow, effectively acting as software assembled from the user’s notes and instruction mems.

How do the creative case studies use the same underlying method?

They feed personal context into AI and then iterate. For the children’s book, the model receives the nephew’s word list and theme direction (e.g., curiosity), then generates synopses and an illustrated book using image instructions. For the persuasion amplifier, ideas from multiple books are distilled into a single reusable template, which is then applied to concrete outputs like a mini sales page.

What’s the “better Google Paradigm,” and how does iteration change the outcome?

The paradigm treats AI as a shortcut to the exact answer, avoiding the need to search through multiple links. But the transcript stresses that first answers are often the worst; users should run multiple attempts, refine prompts based on results, and then record what to ask first next time. That turns AI from a one-shot search tool into a learning system.

Why is writing presented as essential even for AI-heavy workflows?

Because AI can only execute the intent embedded in instructions. The transcript argues that frustration often comes from unclear prompting and poor task specification—similar to delegation: if you don’t explain the task well, the result will be poor. Writing helps users articulate goals, constraints, and desired outputs so the AI can produce usable work.

Review Questions

  1. In the Mem planner example, what three mem components determine how tomorrow’s tasks are generated, and how do bidirectional links affect the result?
  2. How do objective task criteria improve the quality of AI-generated task lists compared with vague goals?
  3. What does the transcript suggest should happen after several failed AI attempts, and why does that matter for building a reusable prompt library?

Key Points

  1. 1

    Build AI workflows by converting personal goals into mems (including SMART goals) and linking them to a task model and explicit criteria.

  2. 2

    Define task criteria so outputs are measurable and binary—completed versus not completed—to make daily planning actionable.

  3. 3

    Structure instructions as objective → process → output, then make prompts interactive so the system asks and responds in context.

  4. 4

    Use iteration as a feature: treat weak first outputs as data, refine prompts through multiple attempts, and catalog what worked.

  5. 5

    Apply the same note-driven method to creative projects by feeding personal context (like a child’s word list) and iterating on themes and format.

  6. 6

    Treat AI as a partner for exploration and critical thinking, not just a tool for efficiency; human intent and empathy still drive the best outcomes.

Highlights

The daily task planner works because goals, criteria, and a task model are stored as mems and connected via bidirectional links, so tomorrow’s tasks come from personal context.
The transcript contrasts generic productivity with a conversational workflow: AI generates tasks through an interactive, question-based process rather than a static checklist.
Creative outputs—like a personalized children’s book—are produced by feeding specific personal inputs (word lists, themes) and iterating until the result matches the intended style and audience.
A “better Google Paradigm” reframes AI as direct answers, but the real upgrade comes from iterative prompting and building a reusable prompt library.

Topics

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