PSY 3404: Developmental Psychology

This video explores how sensory receptors neurotransmitters and various brain structures work together to detect and react to pain all within a fraction of a second. Dive deep into the role of the sensory cortex spinal cord thalamus amygdala and endocrine system in our immediate and automatic response to potential harm.

Explore key terms related to unselfish concern for others' well-being. Understand the nuances between altruism, bystander intervention, and assuming responsibility. Conclude with the definitive answer to the concept embodying selfless concern.

Ester's perception is influenced by binocular cues aiding in depth judgement. Her decision to investigate hinges on signal detection theory discerning significance in stimuli. Her actions are swayed by perceptual set based on past experiences and her balance managed by the vestibular sense comes into play. The gate-control theory sheds light on her pain perception after the fall.

Discover the intricate steps behind the reading and understanding process. Learn how our eyes perceive visual information and how the brain processes it, from basic light perception to recognizing intricate details. Delve into the synergy of bottom-up and top-down processing in vision.

Discover the complexities of the prisoner's dilemma, a cornerstone scenario in game theory. Delve into the tensions between mutual cooperation and individual self-interest, and the consequences that emerge from these decisions. Grasp the inherent conflict between pursuing personal advantages and the broader benefits of collaboration.

Discover the essential process of neural pruning in brain development, distinct from creating new connections, managing neural waste, or increasing brain weight. Uncover how this natural "clean-up" refines our neural network, making our brains more efficient in processing information. Explore the impact of neural pruning on cognitive growth and the interaction between genetics and environment in brain development.