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How to ThinkIn the Age of AI

Lessons tagged “knowledge-graphs”

18 published lessons with this tag.

Also tagged “knowledge-graph” (3 lessons).

perception

Atomic does not mean isolated

Each atom exists in relationship to others — atomicity is about self-containment not loneliness.

schema

Relationships are as important as entities

The connections between things carry as much meaning as the things themselves.

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Strength of relationships varies

Not all connections are equally strong — quantifying strength improves your model.

schema

Relationships change over time

Connections that exist today may not have existed yesterday or may not exist tomorrow.

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Nodes and edges are the basic building blocks

Concepts are nodes and relationships are edges — together they form a graph.

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Every note is a potential node

Your externalized thoughts are the raw material for a knowledge graph.

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Links are first-class citizens

Relationships between ideas deserve as much attention as the ideas themselves.

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Typed links carry more information than untyped links

A link labeled causes is more useful than a generic link labeled related.

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Bidirectional awareness

When A links to B, B should know that A links to it — bidirectional linking reveals hidden patterns.

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Graph density indicates knowledge depth

A densely connected area of your graph represents deep understanding.

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Orphan nodes need connection or removal

An idea connected to nothing else is either missing links or not worth keeping.

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Hub nodes are high-value concepts

Nodes with many connections are core concepts that deserve extra attention.

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Bridge nodes connect different domains

Ideas that link separate areas of your knowledge graph are especially valuable.

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Graph traversal is a thinking technique

Following connections through your knowledge graph generates new insights.

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Clusters in your graph reveal your domains

Natural groupings in your knowledge graph show you what you know most about.

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Gaps in your graph reveal what you need to learn

Areas where connections should exist but do not indicate knowledge gaps.

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Your graph grows by accretion

Add new nodes and edges daily and the graph becomes increasingly powerful over time.

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Personal knowledge graphs and AI

A well-structured personal knowledge graph becomes an input that AI can leverage.

relationships — shares 4 lessons · 61 totalrelationshipszettelkasten — shares 2 lessons · 11 totalzettelkastenschema — shares 17 lessons · 199 totalschemacognitive-infrastructure — shares 2 lessons · 42 totalcognitive-infrastructureexpertise — shares 2 lessons · 10 totalexpertisegraph-theory — shares 2 lessons · 6 totalgraph-theorylinking — shares 2 lessons · 3 totallinkingnetwork-science — shares 2 lessons · 2 totalnetwork-sciencelearning — shares 1 lesson · 24 totallearningmaintenance — shares 1 lesson · 19 totalmaintenancehabits — shares 1 lesson · 91 totalhabitscreativity — shares 1 lesson · 32 totalcreativityatomicity — shares 1 lesson · 12 totalatomicitycontext-engineering — shares 1 lesson · 2 totalcontext-engineeringemergence — shares 1 lesson · 6 totalemergenceatomic-notes — shares 1 lesson · 2 totalatomic-notescompound-growth — shares 1 lesson · 2 totalcompound-growthgap-analysis — shares 1 lesson · 2 totalgap-analysisinterdisciplinary — shares 1 lesson · 3 totalinterdisciplinaryvalues — shares 1 lesson · 64 totalvaluestime — shares 1 lesson · 38 totaltimenetwork-effects — shares 1 lesson · 2 totalnetwork-effectsnote-taking — shares 1 lesson · 10 totalnote-takingthinking — shares 1 lesson · 31 totalthinkingnetwork-analysis — shares 1 lesson · 4 totalnetwork-analysisstructural-holes — shares 1 lesson · 3 totalstructural-holesstructure — shares 1 lesson · 9 totalstructureknowledge-graphs18 lessons