PSYC 6395: Cognitive Psychology

Explore the intricacies of genetic mutation and its role in DNA sequence changes. Understand the factors leading to these mutations and their relation to broader evolutionary concepts. Dive into the complexities of behavioral evolution, natural selection, and cognitive evolution.

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.

Uncover the mystery behind reversed-color afterimages and how our eyes decode them. Explore the role of cones and the importance of Hering's opponent-process theory. Break down other vision theories and their relevance to our color perception.

Discover the captivating science of how neural networks evolve in complexity. Learn about the intricate processes, like dendritic branching, that shape our nervous system. From neural connections to performing tasks, understand the beauty of neuroscience.

Discover the intricate details of circadian rhythms and their role in the sleep-wake cycle. Analyze different phenomena, from body temperature fluctuations to the full moon, to identify true examples. Enhance your understanding of our body's internal clock and its impact on well-being.

Explore the fascinating insights from Dr. Tabor's groundbreaking research into the correlation between sleep and alertness among college students. Discover the importance of random sampling, data visualization using scatterplots, survey wording effects, and operational definitions in ensuring unbiased and reliable study results. Dive into the world of psychology research methods in this informative video.