Frequently asked questions about thinking, epistemology, and cognitive tools. 1100 answers
Sometimes you need to classify the same items along multiple independent dimensions.
Categories reduce complexity by treating similar things as equivalent for a given purpose.
Categories reduce complexity by treating similar things as equivalent for a given purpose.
Categories reduce complexity by treating similar things as equivalent for a given purpose.
Categories reduce complexity by treating similar things as equivalent for a given purpose.
Categories reduce complexity by treating similar things as equivalent for a given purpose.
The best category systems adapt as you learn more about what you are organizing.
The best category systems adapt as you learn more about what you are organizing.
The best category systems adapt as you learn more about what you are organizing.
The best category systems adapt as you learn more about what you are organizing.
The connections between things carry as much meaning as the things themselves.
The connections between things carry as much meaning as the things themselves.
The connections between things carry as much meaning as the things themselves.
The connections between things carry as much meaning as the things themselves.
Writing down how two ideas relate prevents assuming a connection that does not exist.
Writing down how two ideas relate prevents assuming a connection that does not exist.
Writing down how two ideas relate prevents assuming a connection that does not exist.
Writing down how two ideas relate prevents assuming a connection that does not exist.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.
Relationships can be causal, temporal, sequential, hierarchical, associative, and more. Naming the type of a relationship determines what reasoning you can perform across it.