The overarching structures of assumptions, methods, concepts, values, and practices that organize scientific inquiry within particular domains, eras, or communities. Scientific Frameworks are broader than paradigms—they include not just the theoretical commitments of a discipline but also its institutional arrangements, funding patterns, publication norms, and social relations. A framework determines what
questions are worth asking, what methods are appropriate for answering them, what counts as evidence, what standards of proof are required, and what kinds of
explanations are acceptable. Frameworks can span multiple paradigms—the Newtonian framework persisted through paradigm shifts within it; the Darwinian framework continues to evolve while maintaining core commitments.
Understanding Scientific Frameworks is essential for grasping how science actually works: not as a pure logical enterprise but as a human institution shaped by history, culture, and power. Frameworks enable science by providing stability and shared
understanding; they also constrain it by limiting what can be thought, asked, or seen.
Example: "He couldn't
understand why his radical idea was rejected.
Scientific Frameworks explained it: his proposal didn't fit the existing framework—it asked different
questions, used different methods, assumed different values. It wasn't that his idea was wrong; it was that it was incommensurable with the framework that dominated his field. He had to either work within the framework or wait for a framework shift."