Frequently asked questions about thinking, epistemology, and cognitive tools. 1100 answers
Drawing nodes and edges makes complex relationship structures comprehensible.
Drawing nodes and edges makes complex relationship structures comprehensible.
Drawing nodes and edges makes complex relationship structures comprehensible.
The act of mapping relationships generates new insights about the system. You do not map what you already understand — you map in order to understand. The diagram is not a record of finished thinking. It is the medium in which thinking happens.
The act of mapping relationships generates new insights about the system. You do not map what you already understand — you map in order to understand. The diagram is not a record of finished thinking. It is the medium in which thinking happens.
The act of mapping relationships generates new insights about the system. You do not map what you already understand — you map in order to understand. The diagram is not a record of finished thinking. It is the medium in which thinking happens.
Parent-child structures let you zoom in and out between detail and abstraction. Every hierarchy is a compression strategy — it hides detail below and exposes summary above, letting you navigate complexity by choosing your altitude.
Parent-child structures let you zoom in and out between detail and abstraction. Every hierarchy is a compression strategy — it hides detail below and exposes summary above, letting you navigate complexity by choosing your altitude.
Parent-child structures let you zoom in and out between detail and abstraction. Every hierarchy is a compression strategy — it hides detail below and exposes summary above, letting you navigate complexity by choosing your altitude.
Parent-child structures let you zoom in and out between detail and abstraction. Every hierarchy is a compression strategy — it hides detail below and exposes summary above, letting you navigate complexity by choosing your altitude.
Parent-child structures let you zoom in and out between detail and abstraction. Every hierarchy is a compression strategy — it hides detail below and exposes summary above, letting you navigate complexity by choosing your altitude.
Any concept can contain sub-concepts and belong to a super-concept. Nesting is not a feature of special data structures -- it is a universal property of how meaning organizes itself at every scale.
Any concept can contain sub-concepts and belong to a super-concept. Nesting is not a feature of special data structures -- it is a universal property of how meaning organizes itself at every scale.
Any concept can contain sub-concepts and belong to a super-concept. Nesting is not a feature of special data structures -- it is a universal property of how meaning organizes itself at every scale.
Any concept can contain sub-concepts and belong to a super-concept. Nesting is not a feature of special data structures -- it is a universal property of how meaning organizes itself at every scale.
Any concept can contain sub-concepts and belong to a super-concept. Nesting is not a feature of special data structures -- it is a universal property of how meaning organizes itself at every scale.
Too detailed is as unhelpful as too abstract — match the level to your current need.
Too detailed is as unhelpful as too abstract — match the level to your current need.
Moving between levels of hierarchy is an active thinking technique.
Moving between levels of hierarchy is an active thinking technique.
Moving between levels of hierarchy is an active thinking technique.
Moving between levels of hierarchy is an active thinking technique.
Moving between levels of hierarchy is an active thinking technique.
Real knowledge often has items that belong to multiple parent categories. When you force every concept into a single branch of a tree, you destroy information. Lattice structures — where a node can have multiple parents — preserve the multidimensional nature of knowledge. The tree is a special.