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My Remnote second brain set-up for free

Priscilla Xu·
5 min read

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

TL;DR

Remnote-based “second brain” notes are built from highlights and quotes, then matured through a seedling → budding → blossom → evergreen pipeline.

Briefing

A free, “second brain” setup built in Remnote aims to turn scattered school notes, highlights, and media consumption into a connected library of evergreen ideas—so knowledge can be reused for future writing instead of fading after the next study session. The core insight is that non-linear note-taking works best when new information is captured quickly, converted into atomic notes, and then linked bidirectionally to older notes so ideas compound over time.

The system starts with a capture habit designed to fight the chaos of constant learning and phone scrolling. Instead of copying entire articles or lectures into folders, the workflow funnels inputs into a drafting space (the transcript names Draft) and uses reading/listening tools to process content at variable speeds. Highlights and quotes are gathered from books, websites, PDFs, and podcasts using apps like Speechify (for reading text aloud at speeds roughly from 250 to 900 words per minute) and Air (for podcast highlighting, including adding personal interpretations under each highlight). Four selection principles guide what gets saved: inspiring (captures genuine interest), useful (main idea or summary), quote-worthy (lines worth reusing later), and “what does this mean to me?”—a short interpretation that forces ownership rather than passive storage.

After highlights are interpreted, notes are tagged as “seedling,” described as an inbox placeholder where free-writing can happen before ideas are matured. From there, the setup uses a four-level taxonomy—“seedling,” “budding,” “blossom,” and “evergreen”—modeled like plant growth. Budding holds neatly defined concepts that can expand into more complex topics. Blossom is where most notes live as short, declarative concept titles. Evergreen is the dense linking layer: notes are connected so tightly that each concept can communicate with others through Remnote’s bidirectional linking, echoing the broader “zettelkasten/slipbox” philosophy of linking new notes to old ones.

The linking process is treated as the real engine for recall and creativity. Each interpreted highlight can be routed to multiple sources and concepts (the transcript gives examples like mental health, psychology, and neuroscience of emotions). Links are categorized by relationship type—primary (directly related), secondary (a different angle), and tertiary (contradicting)—and by source type, including scientific studies (from PubMed) and anecdotes (personal experience or stories from others). This structure helps the user see whether connections reinforce, complicate, or challenge an idea, making it easier to build arguments and future content.

Finally, the system relies on iteration: revisiting notes, adding new connections, and letting learning behave like space repetition without forcing it. The workflow is framed as a cycle of rinse, repeat, and revise, with the payoff being instant feedback—notes become usable building blocks for scripts, blogs, and newsletters rather than “fleeting notes and pieces of paper.” The overall promise is that knowledge management can feel rewarding and compounding, not stressful, by turning reading and listening into a living network of evergreen ideas.

Cornell Notes

The setup builds a Remnote-based “second brain” that turns highlights from books, websites, PDFs, and podcasts into evergreen notes that can be reused for future writing. The workflow emphasizes capturing what matters, converting it into atomic notes with brief personal interpretations, and then linking those notes bidirectionally to older ideas so knowledge compounds over time. A four-stage taxonomy—seedling, budding, blossom, and evergreen—helps ideas mature from inbox material into densely connected concepts. Links are categorized by relationship strength (primary, secondary, tertiary) and by source type (scientific studies via PubMed vs anecdotes), making it easier to track reinforcement and contradictions. Iteration—revisiting and revising—functions like space repetition and provides ongoing feedback.

Why does the system treat note-taking as non-linear rather than folder-based?

Instead of storing notes in separate subject folders, it relies on linking so new ideas can connect to older ones. The transcript frames this as a cumulative process: writing and knowledge grow by associating “new notes to your own notes” through a numbering/linking approach inspired by Zettelkasten/slipbox. Remnote’s bidirectional linking is presented as the practical mechanism that makes those connections durable and searchable as the library grows.

What makes a highlight “worth keeping” in this workflow?

A highlight must pass four filters: it should be inspiring (genuinely interesting), useful (main idea or summary), quote-worthy (a line worth reusing), and it must include a personal interpretation—“what does this quote mean to me?” The transcript stresses that without integration into current understanding, the highlight stays external. The example given uses a book on emotions to show how experimental results (e.g., claims about universal emotions) are rewritten in the user’s own words before being saved.

How do seedling, budding, blossom, and evergreen differ?

Seedling is an inbox placeholder where notes can sit while the user free-writes and clarifies. Budding holds neatly defined concepts that can expand into more complex ideas through further research. Blossom contains most notes as short, declarative concept titles. Evergreen is the dense linking layer where concepts are connected tightly so they function like a network—described as an “API-like” structure where nodes can communicate across the system.

What does bidirectional linking change about recall and creativity?

Bidirectional linking means each note can reference related notes in both directions, so ideas don’t remain isolated. The transcript claims this creates “instant dopamine hit” feedback: when a new idea appears (for scripts, blogs, newsletters), the user can scroll an “infinite library” of timeless thoughts and immediately find connected concepts. The linking categories also help the user quickly assemble arguments by seeing which notes support, complicate, or contradict a claim.

How are connections between notes categorized?

Connections are organized by relationship type—primary (directly related), secondary (different viewpoint), and tertiary (contradicting). They’re also tagged by source type: scientific studies (empirical research sourced from PubMed) versus anecdotes (personal experience or stories heard from others). This dual labeling helps the user judge whether a connection strengthens an idea, offers an alternative angle, or challenges it.

What role do tools like Speechify and Air play in the workflow?

They reduce friction in processing content. Speechify reads text aloud at adjustable speeds (roughly 250 to 900 words per minute), letting the user absorb material faster or slower depending on the field (e.g., slower for new domains). Air highlights podcasts and allows the user to add an interpretation under each highlighted segment; those annotations sync into Remnote so the highlight becomes a node in the knowledge network.

Review Questions

  1. How does the system convert passive consumption (reading/listening) into reusable knowledge—what steps happen after a highlight is captured?
  2. What is the difference between blossom and evergreen notes, and why does dense linking matter for long-term usefulness?
  3. How do primary, secondary, and tertiary links help when building an argument or writing new content?

Key Points

  1. 1

    Remnote-based “second brain” notes are built from highlights and quotes, then matured through a seedling → budding → blossom → evergreen pipeline.

  2. 2

    Atomic notes plus short personal interpretations prevent stored quotes from staying “external” and make them usable for future writing.

  3. 3

    Bidirectional linking is treated as the core feature that turns a collection of notes into a compounding knowledge network.

  4. 4

    Connections are categorized by relationship type (primary, secondary, tertiary) and by source type (PubMed studies vs anecdotes) to track support, nuance, and contradictions.

  5. 5

    Capture is supported by tools that streamline intake: Draft for random thoughts, Speechify for variable-speed reading, and Air for podcast highlighting with interpretations.

  6. 6

    Iteration—revisiting and revising notes—acts like space repetition and keeps the system current without relying on rigid studying schedules.

Highlights

The workflow’s payoff isn’t just organization—it’s instant reuse: a new script or blog idea can be assembled by pulling from linked evergreen notes.
Evergreen notes are defined as densely linked concepts, not just saved summaries; the system’s value comes from bidirectional connections.
Highlights become “owned knowledge” only after a brief “what does this mean to me?” interpretation is written beneath them.
Linking isn’t treated uniformly: primary, secondary, and tertiary relationships plus PubMed-vs-anecdote tagging help the user reason about evidence and disagreement.
The system uses a four-stage taxonomy (seedling, budding, blossom, evergreen) to move ideas from inbox material into a stable, interconnected library.