Kuhn’s Paradigms

The given content explains Thomas S. Kuhn’s model of scientific development, its application to geography, and criticisms by Karl Popper, Paul Feyerabend, Michel Foucault, and others.

1. Basic Idea

Kuhn argued that science does not develop continuously in a straight line. Instead, scientific development occurs through:

Preparadigm → Paradigm → Normal Science → Crisis → Scientific Revolution → New Paradigm

A new paradigm may replace an older one, producing a major change in the way scientists understand and study a subject.

Concepts and Terminologies

Concept / Term	Simple Meaning
Paradigm	A commonly accepted framework/model that guides scientific research
Exemplar	A successful concrete problem-solution used as a model for future research
Disciplinary Matrix	Shared beliefs, values, concepts, methods and techniques of a scientific community
Preparadigm Period	Stage when several competing schools of thought exist
Multi-paradigmatic Period	Period in which different schools have their own research models
Scientific Maturity / Professionalization	Stage when a discipline develops an established identity and research framework
Normal Science	Research conducted within an accepted paradigm
Puzzle-solving	Solving research problems according to the expectations of the existing paradigm
Crisis	Stage when the existing paradigm cannot adequately solve accumulating problems
Scientific Revolution	Major transformation in which a new paradigm replaces the old one
Paradigm Shift	Change from one dominant scientific framework to another
Historical Continuity	Idea that scientific development should maintain links with previous knowledge
Research Community	Scientists/researchers sharing a common scientific framework
Scientific Tradition	An established way of understanding and investigating scientific problems
Theoretical Framework	Concepts and assumptions used to explain phenomena
Methodological Debate	Discussion about appropriate methods of scientific investigation
Subjectivity	Influence of human choice, values or judgement in selecting paradigms
Value Judgement	Evaluation influenced by particular beliefs or values
Episteme	Foucault's term for a historically specific structure/worldview of knowledge
Regime of Truth	Foucault's idea that societies determine which forms of knowledge are accepted as "truth"
Power–Knowledge	Foucault's concept that power and knowledge are closely interconnected
Permanent Revolution	Popper's idea that science should remain continuously critical and revolutionary
Myth of the Framework	Popper's criticism of unquestioned dependence on established theoretical frameworks

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Kuhn’s Model of Scientific Development

Stage 1: Preparadigm Period

• Several competing schools of thought exist.

• There is no universally accepted framework.

• Different scientists propose different explanations.

• Can also be called a multi-paradigmatic stage when paradigms are understood as exemplars.

Stage 2: Professionalization / Scientific Maturity

• A discipline develops a clearer identity.

• Its subject matter, concepts and methods become more clearly defined.

• In geography, the development of university-level geographical education contributed to defining the discipline's domain.

Stage 3: Paradigm Formation

• One school gradually becomes dominant.

• Its framework gains academic acceptance.

• It provides the problems, questions and methods considered appropriate.

Stage 4: Normal Science

• Researchers work within the accepted paradigm.

• Research focuses on solving specific problems.

• Kuhn calls this "puzzle-solving."

• The paradigm directs what researchers observe and what questions they ask.

• It provides efficiency because researchers do not have to repeatedly justify the basic philosophical foundations of their research.

Stage 5: Crisis

A crisis develops when:

• Increasing numbers of problems cannot be solved.

• Existing explanations become inadequate.

• Old data are reassessed.

• New theories and alternative explanations emerge.

• Philosophical and methodological debates increase.

The crisis can either:

1. End with continued acceptance of the old paradigm, or

2. Lead to the emergence of a new paradigm.

Stage 6: Scientific Revolution

• A new paradigm gains support.

• The old disciplinary framework is challenged.

• The theoretical structure of the field is reconstructed.

• Research may move in a completely new direction.

• Younger researchers often become important supporters of the new paradigm.

Stage 7: New Paradigm

The new paradigm becomes dominant and a new period of normal science begins.

Easy Flow

Preparadigm
↓
Competing Schools
↓
Professionalization
↓
Dominant Paradigm
↓
Normal Science / Puzzle-solving
↓
Anomalies & Unsolved Problems
↓
Crisis
↓
Scientific Revolution
↓
New Paradigm
↓
New Normal Science

Two Meanings of "Paradigm" in Kuhn

Kuhn later clarified that "paradigm" had two closely related meanings.

A. Exemplar

A specific successful example of solving a scientific problem.

Example in Geography:
Regional monographs associated with Vidal de la Blache and his contemporaries served as models for geographical research.

B. Disciplinary Matrix

The broader system shared by a scientific community:

Beliefs + Values + Concepts + Methods + Techniques + Assumptions

This is the meaning most commonly applied to geography.

 Contributions

Scholar	Contribution / Idea	Year mentioned
Thomas S. Kuhn	Paradigm, normal science, crisis and scientific revolution	1962; 1970
Alfred Hettner	Scientific development is not always linear; emphasized historical continuity	1930
Peter Haggett	Described paradigm as a "supermodel" guiding phenomena and methods	1983
Mair	Clarified Kuhn's two meanings of paradigm: exemplar and disciplinary matrix	1986
Vidal de la Blache	Regional monographs as examples/exemplars of geographical research	—
Peter Taylor	Younger researchers may have an interest in challenging established scientific ideology	1976
David Bird	Connected paradigm with dogma/orthodoxy and criticized Kuhnian thinking	1977
Karl Popper	Criticized normal science; advocated continuous criticism and permanent revolution	1970
Paul Feyerabend	Rejected strict alternation between normal science and revolution; emphasized theoretical pluralism	—
Michel Foucault	Connected power, knowledge and truth; introduced concept of episteme	1972; 1980

The source specifically identifies Kuhn, Hettner, Haggett, Mair, Taylor, Bird, Popper, Feyerabend and Foucault in its discussion of scientific development.

Criticisms

Karl Popper

• Science should not remain in normal science for long periods.

• Scientists should continuously question established theories.

• Favoured a permanent revolution in science.

• Criticized unquestioned acceptance of scientific "dogmas."

Key term: Permanent Revolution

Paul Feyerabend

• Rejected Kuhn's simple sequence of:
  Normal Science → Crisis → Revolution

• Argued that alternative theories can exist simultaneously.

• Supported theoretical pluralism.

Michel Foucault

Foucault approached scientific history differently.

Key concepts:

• Power

• Knowledge

• Truth

• Regime of Truth

• Episteme

According to Foucault, accepted knowledge is influenced by the power relations of society. Changes in society's underlying systems of thought (epistemes) can therefore change scientific knowledge.

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7. Timeline

1930 – Alfred Hettner

Scientific development may zig-zag rather than follow a straight line; emphasized historical continuity.

1962 – Thomas Kuhn

Published The Structure of Scientific Revolutions and developed the concept of paradigm, normal science, crisis, and scientific revolution.

1970 – Kuhn

Second edition clarified the concept of paradigm, particularly exemplar and disciplinary matrix.

1970 – Karl Popper

Criticized excessive dependence on normal science and advocated continuous critical scientific activity.

1970s – Paradigm Debate

The Kuhnian model generated considerable debate concerning objectivity, subjectivity, scientific traditions and value judgements.

1976 – Peter Taylor

Highlighted the potential role of younger researchers in challenging established scientific ideologies.

1977 – David Bird

Criticized the tendency to treat paradigms as dogmas or systems of orthodoxy.

1972 & 1980 – Michel Foucault

Developed the concepts of episteme, power–knowledge and regime of truth.

1983 – Peter Haggett

Described paradigm as a "supermodel" that guides geographical investigation.

1986 – Mair

Clarified the distinction between exemplar and disciplinary matrix.

Kuhn's central argument:

Science develops through paradigms, not simply through continuous accumulation of knowledge.

Main sequence:
Preparadigm → Paradigm → Normal Science → Crisis → Revolution → New Paradigm

Paradigm =

• Exemplar → successful model/problem solution

• Disciplinary Matrix → shared beliefs, values, methods and techniques

Normal Science = puzzle-solving within an accepted paradigm.

Crisis = existing paradigm cannot solve increasing problems.

Revolution = fundamental replacement/reconstruction of the scientific framework.

Popper = permanent revolution and continuous criticism.

Feyerabend = theoretical pluralism; rejected a rigid Kuhnian sequence.

Foucault = power + knowledge + truth + episteme.

Hettner = historical continuity and non-linear development.

Geographical significance: Kuhn's model helps explain how geography moved through competing schools and changing dominant approaches rather than developing as a completely continuous, linear discipline.