Instructor: Professor Simon Killcross (Head of School)
Next Lecture: Dr. Nadia Menon - Developmental Psychology
Introduce scientific approach in Psychology
Understand the Psychology of learning
Explore how Psychology is taught
Examine the relationship between Psychology and other disciplines
Provide a framework for thinking about Psychology
Preview topics and themes for the course
Psychology: Scientific study of behavior and mental processes
Behavior:
Overt (observable) actions
Physiological correlates of actions
Mental Processes:
Thoughts: Memories, imagery, concepts
Emotions: Fear, happiness, anger, arousal
Interactions: Example—decision making
Description: Careful observations of behavior
Prediction: Specify conditions for behavior occurrence
Explanation: Identify causes of behavior
Facilitation: Promote changes in behavior (e.g., therapy)
Objective data collection vs. subjective data collection
Systematic observation vs. hit-or-miss observation
Reliance on evidence vs. ignoring counterevidence
Questions:
What is the best way to learn?
How can test performance be improved?
How can information be retained effectively?
Truth: No magic bullet for learning; however, some techniques are more effective than others
10% of Brain Myth:
Fact: The myth is an urban legend; research shows people use full brain capacity.
Left/Right Brain Theory:
Fact: Both hemispheres function together for cognitive tasks; creativity is not isolated to one side.
One Language Before Another:
Fact: Learning two languages simultaneously does not hinder children’s development; it enhances understanding.
Male/Female Brain Differences:
Fact: Though differences exist, no significant evidence links them to learning abilities.
Learning Styles:
Fact: The idea of distinct learning styles lacks substantial scientific support.
Research Findings:
Reviewed over 700 articles on learning techniques
Effective study methods boost test performance and retention
Techniques: Self-testing and distributed practice are highly effective
Other methods require further research
Self-Testing: High effectiveness in assessing knowledge
Distributed Practice: Spreading out study sessions enhances learning
Concept maps illustrating memory processes, including retrieval practice and study schedules
Self-Testing
Distributed Practice
Elaborative Interrogation
Self-Explanation
Interleaved Practice
Highlighting or underlining
Re-reading
Mental imagery for texts
Teachers are not informed about effective learning techniques supported by evidence
A large volume of research makes it hard for educators to sift relevant information
Potential conflicts of interest in the education and training sectors
Exaggerated claims about brain training games are misleading
Evidence supporting significant cognitive improvements from these games is lacking
Lumosity settled for $2 million over deceptive advertising claims
Claims made concerning cognitive improvement and aging were unsubstantiated
Placebo effects complicate cognitive training studies
Evidence for improvements in specific tasks, but not general cognitive function transfer
Lacks substantial scientific support for claims of universal cognitive improvement
Studies show only modest effects in specific populations
Focus on cognitive task improvement versus generalized cognitive function
Examined different cognitive interventions for older adults
No differential benefits between interventions observed
Analysis of how consumers fall for misleading claims about brain training
Science of Learning Research Centre emphasizes evidence-based techniques for enhancing learning
Challenges in linking neuroscience directly to practical learning strategies
Yang, C., Potts, R. & Shanks, D.R. (2018). Effective techniques for learning and retrieval.
Numerous myths in education needing dispelling
Reference to research by John Hattie highlighting reality versus myth
Change blindness demonstrations and their implications for psychology
Experiment on obedience to authority using electric shock administration
High rates of obedience demonstrated in study findings
Chart detailing percentage of subjects obeying orders across shock levels
Authority perception
Presence of opposing authority figures
Proximity of the victim
Responsiveness to responsibility shifting
Key historical figures in psychology, including Descartes, Wundt, and Freud
Emerged from philosophy, focused on empirical science
Wilhelm Wundt's use of introspection to study consciousness failed due to unreliable self-reports
Problematic due to the reliability of self-reports in psychological research
William James's focus on psychological processes in function and evolutionary context
Functionalism emphasizes understanding the rules behind task completion
Behaviorists insisted on focusing solely on observable behavior as the scientific basis for psychology
Only observable behavior qualifies as scientific; internal states ignored.
Accepts studying internal states as long as linked to observable behaviors.
Emphasized the unconscious mind's role in behavior; lacks extensive empirical backing
Psychological processes rely on brain activity; need for levels of analysis in psychology.
Examination of brain activity requires prior definition of psychological processes
Empirical methods, experimentation, analysis, and theory generation are essential
Mind-reading, ESP, and other pseudosciences are dismissed in psychology
Evidence-backed principles with real-world applications
Empirical data analysis, critical thinking, practical problem-solving, effective communication, etc.