PSYCH 2810: Human Sexuality

Explore the concept of attributing behaviors to internal characteristics versus external situations. Understand how we often lean towards dispositional attributions, even when external factors are significant. Discover the essence of correspondence bias and its role in our daily interpretations.

Explore the concept of social traps, exemplified by the Tragedy of the Commons and its real-world implications like overfishing. Delve into mirror-image perceptions in scenarios such as sports rivalries and international conflicts, uncovering the root causes of negative stereotypes and hostilities. Discover the importance of fostering communication, empathy, and cooperation to break the cycle of negativity in various contexts.

Discover the intricate role neurotransmitters play in the brain. Understand how drugs influence these chemical messengers, from agonists to enzyme inhibitors. A deep insight into the neuroscience of mood, cognition, and behavior.

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.

Explore the fascinating history of psychology, from its ancient roots in Greek, Egyptian, and Chinese thought to modern neuroscience. Join us on a journey through the groundbreaking theories and experiments of pioneers like Freud, Jung, Watson, and Maslow. Discover how psychology has evolved into a diverse field that continues to unravel the complexities of the human mind and behavior.

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.