A model is a map of the territory. For example, we could create an emulation of a light bulb using the most the most basic understanding of a light bulb. I.e., you flip a switch, magic goes through a wire, and on goes the light bulb. Or if you wished (and could) make the model more accurate, you would go down to the level of electrons, or even further. However, you wouldn’t want a model at the most fundamental level if you’re trying to understand how artificial light affects human behavior, for example. Models are a tool for explaining, understanding, and predicting phenomena conveniently.
Or for representing phenomena in an altered “format”. For example, I have read a description of the bimetallic spring in a thermostat as a model of the room’s temperature presented in a way that the furnace can make use of it.
A model is a map of the territory. For example, we could create an emulation of a light bulb using the most the most basic understanding of a light bulb. I.e., you flip a switch, magic goes through a wire, and on goes the light bulb. Or if you wished (and could) make the model more accurate, you would go down to the level of electrons, or even further. However, you wouldn’t want a model at the most fundamental level if you’re trying to understand how artificial light affects human behavior, for example. Models are a tool for explaining, understanding, and predicting phenomena conveniently.
Or for representing phenomena in an altered “format”. For example, I have read a description of the bimetallic spring in a thermostat as a model of the room’s temperature presented in a way that the furnace can make use of it.