Mechanisms in Science
Updated 2026-09-10
INTRODUCTION
English translation pending.
CORE DEFINITION
Since the early modern period, mechanism has been an important organizing principle in science and philosophy. In the late twentieth century it came to name a specific theoretical structure: the organization and activities of component parts are used to explain the end state of some capacity, behavior, or process of a whole. Mechanistic explanation is constitutive, in contrast to merely correlational or covering-law explanation.
SCAFFOLDING EFFECT
Reduce cognitive load
- Causal depth: ask not only what causes what, but also map out the intermediate steps. - Intervention locating: identify which component can be altered to change the outcome, and thereby find a lever. - Structure transfer: transfer the part-structure of a known mechanism to an unfamiliar phenomenon.
Anchor fast decisions
Mechanistic explanation is powerful because it says not only what causes what but exhibits the intermediate steps: the components are organized in a certain way and each does its part, and the coordination of these activities produces the overall phenomenon. Interventability is the key, for we can alter a single component and observe the consequences, which is what makes the mechanistic claim testable.
MINIMUM ACTION
In progress 0/1Practice this model in one real situation:
account_treeGenealogyexpand_more
menu_bookReferencesexpand_more
Source support: Explicit
- plato.stanford.eduhttps://plato.stanford.edu/entries/science-mechanisms/verified
PRIVATE NOTES · Only visible to you
SAVED Q&A
ENTRY Q&A · Private saving available
Ask with a clear boundary
thinkingmodels answers from published entry context only.
Your question is sent to thinkingmodels. The answer uses public entry context only.
RELATED MODELS