Psychology and Scientific Thinking
Autor: Joshua • December 16, 2017 • 1,595 Words (7 Pages) • 582 Views
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- overuse of ad hoc immunizing hypotheses
- escape loophole that defenders of a theory use to protect their theory from falsification
- ex.: psychic failed all controlled tests in a lab when she sad she could predict future but blamed It on the experimenter inhibiting her psychic powers
- exaggerated claims
- 3 steps will change your love life
- lack of self-correction when contrary evidence is published
- claims in science turning out wrong is a strength, not weakness
- wrong claims weeded out in science
- in Pseudoscience, wrong claims persist because of belief perseverance
- ex.: astrology remains some for 4000 regardless of changes
- overreliance on anecdotes
- base claims on one or two stories from people
- ex.: lost 85 lbs in 3 weeks of Atkin’s diet
- doesn’t tell anything about how representative cases are
- difficult to verify
- not evidence
- absence of connectivity to other research
- lack of review by other scholars/replication by independent labs
- psychobabble
- talk of “proof” instead of evidence
WHY ARE WE DRAWN TO PSEUDOSCIENCE?
- our brains like to make order out of disorder
- patternicity = tendency to see patterns out of meaningless data
- adaptive tendency
- seek out connections
- always better to assume connections
- conspiracy theories (hold 2 logical but inconsistent beliefs, Diana ex.)
- why we detect eerie coincidences (sometimes, things are JUST due to chance)
- Abe Lincoln vs. JFK
- fall victim to confirmation bias, don’t consider info that doesn’t support our hypothesis
- see meaningful images in meaningless stimuli
- cloud perceptions
- sayings like in the zone, etc. but not true
- another reasons: Pseudoscience is motivational
- believe because we want to believe
- prone to patternicity when we experience a loss of control over our surroundings
- explain beliefs in ESP, astrology: claim to lend sense of control over uncontrollable
Terror Management Theory:
Our awareness of our own inevitable death leaves many of us with an underlying sense of fear; we cope with such feelings by adopting cultural worldviews that reassure us that our lives possess a broader meaning and purpose (one that extends beyond our quick existence on earth)
Students believe LOGICAL FALLACIES:
- Emotional Reasoning Fallacy
- using emotions as guides for evaluating a claim’s validity
- affect heuristic
- just because something makes us upset, doesn’t mean it is wrong
- Bandwagon Fallacy
- correct claim because many people believe it
- Not Me Fallacy
- we are immune from errors in thinking that afflict other people
- people so sure claims are correct that they don’t conduct scientific studies to test claims
- Either-or Fallacy
- framed question we can answer in only 2 extreme ways
- Appeal to authority fallacy
- accept claim because authority figure endorses it
- Naturalistic fallacy
- inferring moral judgment from scientific fact
- Hasty generalization fallacy
- draw conclusion from insufficient and too little evidence
- Circular reasoning fallacy
- error of basing claim on same claim but in different terms
- Genetic fallacy
- confusing correctness of a belief with its origins or genesis
- Argument from Antiquity Fallacy
- assuming belief is right because its been around for a while
BIAS BLIND SPOT: Unaware of their biases but aware of them in others
Dangers of Pseudoscience
- opportunity cost
- lead people to forgo opportunities to seek effective treatments
- causes harm even if the treatment is fine because people forfeit the chance to have a treatment that works
- Direct Harm
- cause actual damage, sometimes death
- ex.: rebirthing therapy; theory that children’s behavioral problems stemmed from birth so they try to reenact the trauma of birth with therapists help
- Inability to Think Scientifically as Citizens
- Apply to all aspects of life to reach educated decisions
Scientific Thinking: Fact from Fiction
Scientific
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