Paradigm Theory (Kuhn) 典範理論
Released已發布Apply Kuhn's paradigm theory to analyze scientific progress through the cycle of normal science, anomalies, crisis, and revolution. Use this skill when the user needs to understand why a field resists change, trace paradigm shifts in a discipline, analyze incommensurability between competing frameworks, or when they ask 'why do scientists ignore contradictory evidence', 'how do scientific revolutions happen', or 'why can't proponents of different paradigms agree'.
學術研究技能：Paradigm Theory (Kuhn) 分析與應用。
Overview概述
Kuhn's paradigm theory explains scientific progress not as linear accumulation but as a cyclical process: normal science operates within a paradigm until anomalies accumulate, triggering crisis and eventually a revolutionary paradigm shift. The new paradigm is incommensurable with the old — they literally see different worlds.
When to Use使用時機
- Analyzing why a scientific or professional field resists new ideas
- Tracing historical shifts in dominant frameworks within a discipline
- Understanding why debates between competing schools seem irresolvable
- Evaluating whether a field is in normal science, crisis, or revolutionary phase
When NOT to Use不適用時機
- When analyzing incremental, non-revolutionary knowledge growth (use Lakatos instead)
- When the focus is on individual discovery rather than community-level shifts
- When normative evaluation of which paradigm is "better" is required (Kuhn is descriptive)
Assumptions前提假設
IRON LAW: Scientists working within a paradigm do NOT test the paradigm —
they solve puzzles defined by it. Paradigm change is a social-political
process, not a purely rational one.
Key assumptions:
- Science operates within shared paradigms (exemplars + disciplinary matrix)
- Normal science is puzzle-solving, not paradigm-testing
- Anomalies are initially dismissed, not immediately investigated
- Paradigm shifts involve gestalt switches — not gradual conversion
Framework 框架
Step 1: Identify the Paradigm
Define the dominant paradigm: shared exemplars, accepted methods, ontological commitments, and the community that holds them.
Step 2: Map Normal Science Activity
Identify puzzle-solving within the paradigm — what questions are considered legitimate, what methods are standard, what counts as a solution.
Step 3: Trace Anomalies and Crisis
Document anomalies (persistent puzzles the paradigm cannot solve), and assess whether they have accumulated to crisis level — marked by proliferation of ad hoc modifications and questioning of fundamentals.
Step 4: Assess Revolution or Stability
Determine whether a rival paradigm has emerged, evaluate incommensurability with the old paradigm, and trace the social process of conversion (generational replacement, institutional power shifts).
Output Format輸出格式
Gotchas注意事項
- Kuhn's "paradigm" has been criticized for vagueness — he used it in 21+ senses; be explicit about which sense you mean
- Incommensurability does NOT mean paradigms cannot be compared at all — it means translation is imperfect
- Not all fields have clear paradigms; Kuhn's model fits natural sciences best and applies less cleanly to social sciences
- Normal science is not inferior to revolutionary science — it is productive and necessary
- The winner of a paradigm shift is not necessarily "more true" — it solves more puzzles that the community currently cares about
- Do not conflate paradigm shift with any theoretical change — Kuhn reserved it for fundamental restructuring
References參考資料
- Kuhn, T. S. (1962/1970). The Structure of Scientific Revolutions (2nd ed.). University of Chicago Press.
- Kuhn, T. S. (1977). The Essential Tension: Selected Studies in Scientific Tradition and Change. University of Chicago Press.
- Hoyningen-Huene, P. (1993). Reconstructing Scientific Revolutions: Thomas S. Kuhn's Philosophy of Science. University of Chicago Press.