Sociology & Science (AQA A Level Sociology): Revision Note

Exam code: 7192

Raj Bonsor

Written by: Raj Bonsor

Reviewed by: Cara Head

Updated on

The nature of science

  • In the 18th-century, Enlightenment thinkers believed science could uncover objective knowledge about the world and use it to improve human life

  • 19th-century modernist sociologists like Comte, Durkheim, and Marx were inspired by science’s success in transforming society

  • They aimed to create a science of society, believing that by adopting the methods of the natural sciences, sociology could make similar progress

  • However, interpretivist sociologists and other critics argue that sociology cannot – and perhaps should not – try to model itself on the natural sciences

Positivist view of science

  • Positivists believe it is both possible and desirable to apply the logic and methods of the natural sciences to the study of society

Feature of science

Examples from natural sciences

Examples from sociology

Discovering objective facts

Physical facts exist independently of opinion, e.g., water freezes at 0°C.

Social facts (Durkheim) exist independently of individuals, e.g., suicide rates, crime statistics.

Objective reality

Nature is made up of observable, measurable facts.

Society is a factual reality made up of measurable patterns of behaviour.

Empirical evidence

Data collected through observation and measurement, e.g., experiments in physics or chemistry.

Data collected using official statistics, surveys, or comparative studies.

Patterns, laws & inductive reasoning

Scientists observe patterns, develop theories, and then create general laws, e.g., the law of gravity.

Crime statistics show higher crime rates in areas with high unemployment. This leads to theories linking deprivation to crime.

Verificationism or the hypothetico-deductive model

A theory is only meaningful if it can be repeatedly confirmed through observation, e.g., testing a physics formula in different experiments.

Theories about society must be testable and verifiable with empirical data, e.g., confirming a link between material deprivation and educational failure.

Prediction

Knowing laws of physics allows scientists to predict future events, e.g., eclipses.

Identifying causes of social problems can help predict and prevent them, e.g., reducing deprivation to improve exam results.

Preferred methods

Laboratory experiments in physics (e.g., measuring electrical resistance) and microscope-based observation in biology.

Structured interviews, laboratory experiments, official statistics, questionnaires and comparative methods.

Guiding policy

Scientific knowledge is used to solve practical problems in health, engineering, etc.

Sociological laws can inform social policy, e.g., tackling material deprivation to improve education outcomes.

Karl Popper – falsification

  • Popper, an influential philosopher of science, argues that science advances through hypotheses that can be disproven (falsified)

  • Good scientific theories are

    • bold – they make big claims and precise predictions

    • falsifiable – they can be tested and proven wrong

  • Science thrives in open or liberal societies that encourage criticism and debate

  • Popper rejects the idea that science works by simply proving theories; instead, it eliminates false ones

Thomas Kuhn – paradigms

  • Kuhn, a historian of science, argued that science operates within a paradigm – a shared framework of theories, methods, techniques and assumptions

  • A paradigm acts as a worldview, guiding scientists by telling them:

    • what nature is like

    • which aspects are worth studying

    • what methods should be used

    • what kinds of questions to ask

    • what sort of answers to expect

  • Scientists usually accept the paradigm without question, as working within it brings rewards like publications, funding, and career advancement

  • Kuhn calls this 'normal' science, which involves solving the ‘puzzles’ set by the paradigm rather than creating anything radically new

Paradigm shifts

  • Over time, anomalies can build up

  • This can trigger a scientific revolution, where rival paradigms compete until one is accepted by the scientific community

  • Once a new paradigm is established, normal science resumes under its framework

    • E.g. For centuries, the Ptolemaic (geocentric) model of the universe — Earth at the centre — guided astronomy; astronomers noticed planets sometimes moved in ways that didn’t fit the geocentric model; a rival paradigm emerged of the sun at the centre (heliocentric paradigm)

  • Without a shared paradigm, a discipline cannot be considered 'normal science'

  • Unlike Popper, who values falsifiability, Kuhn sees good scientific theories as:

    • conforming – working within the established paradigm’s core assumptions

    • solving puzzles – refining and applying existing ideas rather than challenging the whole framework

Russell Keat & John Urry – realism

  • Keat and Urry are realists who distinguish between:

    • Open systems – variables can’t be controlled, making precise predictions impossible (e.g., sociology, meteorology)

      • E.g., in sociology, predicting crime rates is complex because many social factors interact

    • Closed systems – variables can be controlled and precise predictions can be made (e.g., chemistry, physics)

      • E.g., lab experiments in chemistry can predict outcomes exactly

  • Realists reject the positivist view that science is only concerned with observable phenomena

  • Science often studies unobservable phenomena; e.g., physicists cannot directly see subatomic particles, but their effects can be measured

Is sociology a science?

Positivist perspective

  • Positivists believe sociology can be a science if it uses the logic and methods of the natural sciences

  • They prefer macro (structural) explanations of society, such as functionalism and Marxism, which see social structures as social facts that exist outside individuals and shape their behaviour

Scientific approach

  • Methods – positivists favour quantitative methods (e.g., official statistics, surveys) to achieve objectivity and reliability

  • Aim – by analysing numerical data, they aim to discover cause-and-effect laws that determine human behaviour

  • Researcher role – researchers should be detached and objective, avoiding bias from personal values or emotions

Positivism and suicide

  • Durkheim (1897) studied suicide to show that sociology was a science to establish sociology's status as a scientific discipline

  • Durkheim used official statistics to identify patterns in suicide rates (e.g., higher among Protestants than Catholics)

  • He argued the difference was due to levels of integration and regulation in religious communities – Catholics were more integrated, so suicide rates were lower

  • Durkheim claimed he had discovered a ‘real law’ linking social integration and regulation to suicide rates, as he treated suicide statistics as objective, social facts

Popper's perspective

  • Popper argued that sociology is often unscientific because many theories cannot be tested or falsified

    • Theories like Marxism predict events (e.g., a revolution) that have not occurred, and when they don’t happen, explanations like 'false consciousness' make them impossible to disprove

    • Science works by creating hypotheses that can be proven wrong

  • Popper believed sociology could be scientific if it produced testable hypotheses

    • E.g., Ford (1969) hypothesised that comprehensive schools would increase social class mixing

    • She was able to test and falsify this hypothesis through her empirical research

Interpretivist perspective

  • Interpretivists reject the idea that sociology can be like the natural sciences because humans have consciousness and free will

    • People are active meaning-makers, not passive objects controlled by external forces

    • Sociology should focus on understanding meanings (verstehen) through qualitative methods

    • The aim is in-depth understanding, not discovering universal laws

Interpretivism and suicide

  • Douglas (1967) argued we must uncover the meanings of suicide for individuals involved, not rely on statistics (which are socially constructed by coroners)

  • He suggested using case studies to understand personal meanings

  • Atkinson (1978) went further, claiming we can never know the 'real' rate of suicide—only how the living interpret deaths

  • Taylor (1982) (opens in a new tab) argued that suicide statistics reflect social meanings rather than absolute truths

Kuhn's perspective

  • Thomas Kuhn claimed sociology is not yet a science because it is pre-paradigmatic – there is no single agreed framework or paradigm

    • In natural sciences, there is agreement on what to study and how

    • In sociology, perspectives like Functionalism and Marxism disagree on basic assumptions (e.g., whether society is based on consensus or conflict)

    • Sociology would only become a science if these disagreements were resolved

Postmodernist perspective

  • Postmodernists reject the idea of sociology as a science altogether

    • Science is just another meta-narrative (big story) claiming to explain reality

    • It is no more valid than other worldviews and is shaped by its relationship with capitalism, which has sometimes caused harm

    • Science often serves powerful interests and suppresses alternative viewpoints

    • All knowledge is socially constructed—there is no single 'truth'

Realist view

  • Realists argue that sociology is a science, but it is an open science (studying an open system where variables cannot be fully controlled)

    • Both natural and social sciences aim to uncover underlying structures that cause events, even if they are unobservable

    • For example, 'social class' cannot be seen directly, but its effects on life chances can be measured

    • Marxism is scientific because it studies structures like capitalism

    • Understanding subjective meanings (as interpretivists do) can be scientific if it reveals causal mechanisms

  • Unlike interpretivists, realists see little difference between natural science and sociology

Examiner Tips and Tricks

When an exam question asks you to evaluate whether sociology is a science, a quick comparison table can help you plan your answer and ensure balance.

Here’s a concise version you can memorise and adapt:

Perspective

Can sociology be a science?

Key reason

Positivist

Yes

Uses methods of natural sciences to find laws

Popper

Sometimes

Must produce falsifiable hypotheses

Interpretivist

No

Humans have free will; focus on meanings

Kuhn

No (for now)

No single paradigm

Postmodernist

No

Science is just one narrative

Realist

Yes

Both sciences study underlying causes

How to use this in an essay:

  • Start with the positivist view, then bring in criticisms from interpretivists and postmodernists

  • Add Popper and Kuhn to show awareness of philosophical debates about what counts as 'science'

  • Conclude by weighing up the arguments — you might agree with realists that sociology can be scientific in some ways, but not identical to natural sciences

  • Use examples like Durkheim’s suicide study or Ford’s research to gain AO2 marks

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Raj Bonsor

Author: Raj Bonsor

Expertise: Psychology & Sociology Content Creator

Raj joined Save My Exams in 2024 as a Senior Content Creator for Psychology & Sociology. Prior to this, she spent fifteen years in the classroom, teaching hundreds of GCSE and A Level students. She has experience as Subject Leader for Psychology and Sociology, and her favourite topics to teach are research methods (especially inferential statistics!) and attachment. She has also successfully taught a number of Level 3 subjects, including criminology, health & social care, and citizenship.

Cara Head

Reviewer: Cara Head

Expertise: Biology & Psychology Content Creator

Cara graduated from the University of Exeter in 2005 with a degree in Biological Sciences. She has fifteen years of experience teaching the Sciences at KS3 to KS5, and Psychology at A-Level. Cara has taught in a range of secondary schools across the South West of England before joining the team at SME. Cara is passionate about Biology and creating resources that bring the subject alive and deepen students' understanding