History of Psych 1 Flashcards

1
Q

Kuhn’s idea of Paradigm shifts

A

Kuhn thought that science works in two different modes’

first mode; In normal science: scientists use a particular conceptual frame work to understand. and solve specific problems (he called the problems puzzles)

when they cant solve the ‘Puzzles” scientists look for new paradigms .

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2
Q

Non f————— theories tell us nothing about the world

Science proceeds through invention, hypothesising about what is not already known. BUT theories need to be falsifiable

Criticised p————– and M—————

A

Non falsifiable theories tell us nothing about the world

Science proceeds through invention, hypothesising about what is not already known. BUT theories need to be falsifiable

Criticised psychoanalysis and Marxism

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3
Q

HYPOTHETICO-DEDUCTIVE METHOD

Introduced by P——-

Combination of inductive and deductive reasoning –formulation of theory –tested through experiment

Hypothesis testing –seeks to f——-, not c—— theory

Observation –i——— –h———- –test

A

HYPOTHETICO-DEDUCTIVE METHOD

Introduced by Popper

Combination of inductive and deductive reasoning –formulation of theory –tested through experiment

Hypothesis testing –seeks to falsify, not confirm theory

Observation –interpretation –hypothesis –test

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4
Q

SOPHISTICATED FALSIFICATIONISM

Falisifactionism needs to demonstrate p————- element. Science should progress through theories becoming M—- falsifiable

Can be better to make a————to existing theory than r——-it completely and start anew

Alterations can be made through use of ‘a– h— modifications’

A

SOPHISTICATED FALSIFICATIONISM

Falisifactionism needs to demonstrate progressive element. Science should progress through theories becoming MORE falsifiable

Can be better to make alterations to existing theory than reject it completely and start anew

Alterations can be made through use of ‘ad hoc modifications’

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5
Q

LIMITS OF FALSIFICATION

Observations dependent on theories, and as such not ‘d—– a——–’ to the world

Individual’s experiences m——— observation

Observation involves ‘interpretation’

Fallibility of falsifications

Popper’s theories do not explain why scientists s—- with their theories

A

LIMITS OF FALSIFICATION

Observations dependent on theories, and as such not ‘direct access’ to the world

Individual’s experiences mediate observation

Observation involves ‘interpretation’

Fallibility of falsifications

Popper’s theories do not explain why scientists stick with their theories

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6
Q

KUHN’S PARADIGMS

Thomas Kuhn (1922-1996) developed theory that science proceeds through succession of historically specific dominant theories (aka paradigms)

Agreed with Popper that focus should be on t——- rather than o———–

A

KUHN’S PARADIGMS

Thomas Kuhn (1922-1996) developed theory that science proceeds through succession of historically specific dominant theories (aka paradigms)

Agreed with Popper that focus should be on theory rather than observation

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7
Q

KUHN’S PARADIGMS

Thomas Kuhn’s The Structure of Scientific R————- (1962)

Science progresses through revolutionary shifts in theories

Abandonment of dominant theory through replacement by another

P—s ———

N———– s————-

C—–

R————

NEW N———– S ———

A

KUHN’S PARADIGMS

Thomas Kuhn’s The Structure of Scientific Revolutions (1962)

Science progresses through revolutionary shifts in theories

Abandonment of dominant theory through replacement by another

PRE-SCIENCE

NORMAL SCIENCE

CRISIS

REVOLUTION

NEW NORMAL SCIENCE

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8
Q

WHAT IS A PARADIGM?

A general framework (theory) about how to investigate scientific problems

Shared view of how science should operate

Defines: “what is o———– and s————; what questions should be asked; how the questions are to be s————; and how the results of scientific investigations should be i————-” (Brysbaert & Rastle, 2009: 312)

A

WHAT IS A PARADIGM?

A general framework (theory) about how to investigate scientific problems

Shared view of how science should operate

Defines: “what is observed and scrutinised; what questions should be asked; how the questions are to be structured; and how the results of scientific investigations should be interpreted” (Brysbaert & Rastle, 2009: 312)

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9
Q

PARADIGM FORMATION

A paradigm determines:

W— is to be observed and scrutinised

W—— questions should be asked

How the questions are to be s———

How the results of scientific investigations should be i————

A

PARADIGM FORMATION

A paradigm determines:

What is to be observed and scrutinised

Which questions should be asked

How the questions are to be structured

How the results of scientific investigations should be interpreted

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10
Q

PRE-SCIENCE

Designates stage in science in which each research discipline is made up of an assortment of explanations for small scale phenomena

Stage before scientists work to create a more powerful general theoretical framework

A

PRE-SCIENCE

Designates stage in science in which each research discipline is made up of an assortment of explanations for small scale phenomena

Stage before scientists work to create a more powerful general theoretical framework

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11
Q

NORMAL SCIENCE

Period when scientists are investigating shared paradigm; testing theories to see how strong they are

Shared assumption that worthy to carry on investigating the paradigm. Negative outcome for scientists who break away from paradigm

A

NORMAL SCIENCE

Period when scientists are investigating shared paradigm; testing theories to see how strong they are

Shared assumption that worthy to carry on investigating the paradigm. Negative outcome for scientists who break away from paradigm

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12
Q

CRISIS AND REVOLUTION

Findings from normal science inevitably do not all agree with paradigm. First few inconsistencies framed as a———

Frequent contradictory findings leads to c—–

Leads to loss in c——– in paradigm = crisis

Crisis leads to a scientific revolution (paradigm shift) where previous paradigm is replaced by new one

A

CRISIS AND REVOLUTION

Findings from normal science inevitably do not all agree with paradigm. First few inconsistencies framed as anomalies.

Frequent contradictory findings leads to crisis

Leads to loss in confidence in paradigm = crisis

Crisis leads to a scientific revolution (paradigm shift) where previous paradigm is replaced by new one

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13
Q

PARADIGM SHIFT

Paradigm shift

Change in dominant theory

New theory becomes part of normal science and guides research

Process repeats

Paradigms distinguish between science and non-science

E.g. geocentric vs heliocentric theories of universe

A

PARADIGM SHIFT

Paradigm shift

Change in dominant theory

New theory becomes part of normal science and guides research

Process repeats

Paradigms distinguish between science and non-science

E.g. geocentric vs heliocentric theories of universe

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14
Q

PARADIGMS IN PSYCHOLOGY

History of psychology has been claimed to be explained through paradigm shifts (e.g. behaviourism to cognitivism)

However, this claim has been criticised for simplifying the reality of psychology. For instance, Brysbaert and Rastle (p150-152) discuss some of the diversity of psychology at the time that a shift is often said to occur. They point out that b————– was not that popular in UK, being largely a US based approach, so it was not a c———– paradigm in the way Kuhn meant it.

Leahey (1992) also states psychology’s history too d———- to be explainable through succession of revolutions

A

PARADIGMS IN PSYCHOLOGY

History of psychology has been claimed to be explained through paradigm shifts (e.g. behaviourism to cognitivism)

However, this claim has been criticised for simplifying the reality of psychology. For instance, Brysbaert and Rastle (p150-152) discuss some of the diversity of psychology at the time that a shift is often said to occur. They point out that behaviourism was not that popular in UK, being largely a US based approach, so it was not a collective paradigm in the way Kuhn meant it.

Leahey (1992) also states psychology’s history too disparate to be explainable through succession of revolutions

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15
Q

REAL OR NOT?

Unclear whether Kuhn meant paradigm shifts to involve theories being replaced by better ones (i.e. p———–) or just a succession of different paradigms (h——— d———–)

What does this mean for knowledge?

Questions whether theories help us discover true facts about the world, or whether they tell us more about the shared views of scientists at a given time, and thus are influenced by historical and cultural values

A

REAL OR NOT?

Unclear whether Kuhn meant paradigm shifts to involve theories being replaced by better ones (i.e. progressive) or just a succession of different paradigms (historically dependent)

What does this mean for knowledge?

Questions whether theories help us discover true facts about the world, or whether they tell us more about the shared views of scientists at a given time, and thus are influenced by historical and cultural values

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16
Q

F————– (1975) argues scientific knowledge is no ‘better’ than any other form of knowledge (e.g. religion, spirituality, astrology)

Raises realism-relativism debate

Scientific knowledge is ‘social construction’, and holds privileged position as it has acquired p——–

A

Feyerabend (1975) argues scientific knowledge is no ‘better’ than any other form of knowledge (e.g. religion, spirituality, astrology)

Raises realism-relativism debate

Scientific knowledge is ‘social construction’, and holds privileged position as it has acquired power

17
Q

REALISM

School of scientific thought that argues that the world exists awaiting i———–

Scientific theory can study the world and the produce truthful claims as to the nature of the ‘real’ world

Science is search for facts Universal criterion

Facts provide basis of t——— and K———-

Experimental method

A

REALISM

School of scientific thought that argues that the world exists awaiting interpretation

Scientific theory can study the world and the produce truthful claims as to the nature of the ‘real’ world

Science is search for facts Universal criterion

Facts provide basis of theories and knowledge

Experimental method

18
Q

RELATIVISM

‘Absolute truths’ do not exist

Knowledge produced according to s—– and c——- factors

Science is a social p——–

A

RELATIVISM

‘Absolute truths’ do not exist

Knowledge produced according to social and cultural factors

Science is a social product

19
Q

RELATIVISM

Facts and values

Science theories produced according to values and interests of scientists and wider culture

Science not ‘superior’ to other forms of knowledge

Science wars (e.g. Alan Sokal)

A

RELATIVISM

Facts and values

Science theories produced according to values and interests of scientists and wider culture

Science not ‘superior’ to other forms of knowledge

Science wars (e.g. Alan Sokal)