Using Tags and Links for Note Status
- Brian Jenks utilizes links to represent topics and tags to indicate the status of notes within an Obsidian vault 10s.
- A frequently asked questions repository on GitHub serves as a resource for addressing inquiries regarding the benefits and drawbacks of using tags versus links 42s.
- The system incorporates the concept of Maps of Content (MOCs), a term developed by Nick Milo, to help manage digital gardens and evergreen note collections 1m25s.
- Tags are used as status indicators, such as using a tree emoji to denote an evergreen note, because they function as soft links that do not connect files to each other in the same way as standard links 1m55s.
- The graph view in Obsidian allows for the visual separation of tags, which can be configured to display in different colors 1m45s.
- Using tags for status allows for quick filtering of notes, such as identifying all items currently categorized as seedlings or in the incubator phase 2m35s.
- The incubator status serves as a reminder to follow up on, flesh out, and connect specific notes to other parts of the vault 2m35s.
- While text-based status labels like "unread" or "in progress" are possible, the emoji-based tag system is the preferred method for managing note status 2m45s.
Distinguishing Between Soft and Hard Links
- Soft links function as broad categories for notes of a specific status, such as evergreen notes, regardless of the subject matter 0s.
- Hard links are used to connect individual files to facilitate serendipitous discovery within a Zettelkasten 0s.
- Tags are reserved exclusively for indicating the status of a note, while links are used for both connecting files and acting as functional tags 0s.
Identifying Topics Through Red Nodes and MOCs
- Referencing a note that does not yet exist creates a "red node" in the graph view, which serves as a visual indicator of a potential topic 18s.
- Frequently linking to a non-existent note allows for the identification of prominent subjects that may warrant the creation of a Map of Content (MOC) 35s.
- A Map of Content acts as a central hub for a specific subject, providing jumping-off points to related material rather than serving as an itemized list of every connected note 48s.
- Linking notes within a subject area enables the traversal of a vault and the discovery of forgotten connections or new insights 1m5s.
- The process of identifying red nodes for promotion to MOC status allows the structure of a vault to emerge organically over time rather than being forced into predefined categories 1m25s.
Managing Vault Structure Without Nested Folders
- The file system avoids complex, nested folder hierarchies, instead utilizing a top-level pool of notes for the majority of content 1m45s.
- As a vault reaches critical mass, the emerging structure provided by links and MOCs becomes necessary to manage and navigate the collection of notes effectively 2m6s.
- Relying on rigid taxonomies to sort and file notes can create excessive friction and become an encumbrance to the note-taking process 0s.
Promoting Tags and Nodes to Maps of Content
- Tags can be applied to notes even if the corresponding tag note does not yet exist in the vault 15s.
- When a specific tag appears frequently in the graph, it indicates a topic or subject that may warrant promotion to a Map of Content (MOC) 25s.
- A new file can be created by clicking on a prominent, unconnected node in the graph view 45s.
- Status indicators, such as specific tags, can be used to categorize notes as either "tag notes" or potential MOCs 1m5s.
- Notes tagged as potential MOCs can be reviewed and eventually graduated into fully developed Maps of Content 1m30s.
Navigating and Visualizing Maps of Content
- A Map of Content serves as a central hub containing links to various topics, strategies, and jumping-off points related to a specific subject 1m45s.
- Maps of Content can be linked to one another, allowing for easy traversal between different levels of granularity and related interests 2m10s.
- Filtering the graph view by specific status tags allows for the visualization of a connected web consisting only of Maps of Content 2m35s.
Organizing Knowledge Through Central Hubs
- Vault organization is achieved by using status indicators and backlinks to connect notes, which eliminates the need for complex, nested folder hierarchies 0s.
- Notes are categorized by linking them to Maps of Content (MOCs), which serve as central hubs for specific topics or meta-categories 0s.
- MOCs can be organized under broader categories, such as placing a "Learning" MOC under "Interests" or "Personal Knowledge Management," allowing for flexible structural placement 25s.
- This system avoids the need for granular filing, as notes are attached to their respective MOCs and higher-level maps rather than being sorted into specific folders 45s.
Community Resources and Vault Evolution
- A newsletter and Discord server are available for those interested in updates, course announcements, and direct communication regarding Obsidian content 1m2s.
- Managing a vault through a top-down or bottom-up structure without nested folders allows for a connected graph view where metadata determines how information is found 1m35s.
- Notes progress through status indicators, starting as a "seedling" for new ideas, moving to a stage where content is fleshed out, and finally becoming an "evergreen note" 2m0s.
- Evergreen notes connect to specific tags—such as ADHD, mental health, or productivity—which can then be graduated into tag notes and MOCs 2m10s.
Scaling Vault Structure Over Time
- The use of MOCs allows for the definition of structure over time, preventing the need to pre-plan complex, multi-level folder systems for every subject or sub-category 2m35s.
- Users can navigate their vault by traversing the links between MOCs and sub-MOCs within the Obsidian graph 3m5s.
Optimizing Knowledge Systems for Personal Use
- Managing knowledge through a webbed network of links and tags is presented as a more efficient alternative to maintaining complex, nested folder hierarchies. 0s
- Relying on nested folders increases cognitive load and creates unnecessary friction when attempting to organize and retrieve information. 0s
- Building a digital knowledge system is a highly personal endeavor, and the optimal structure depends on an individual's specific goals, discipline, and preferences. 25s
- The objective of this specific system is to function as a "second brain" that encompasses more than just traditional Zettelkasten literature notes. 45s
- The system incorporates diverse types of information, including programming notes, factual data, and collected resources, alongside original ideas. 55s
- Categorizing notes by interest areas, such as programming, allows for the traversal of specific knowledge paths even when those notes fall outside the scope of a traditional Zettelkasten. 1m5s
- The primary goal of organizational structure is to minimize time spent on configuration and management, thereby maximizing time spent on the creation of knowledge. 1m30s
- Effective note management involves classifying content through statuses, links, and tags rather than relying on a rigid folder-based taxonomy. 1m45s
