PSYC 302: Behavior Analysis

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 how Signal Detection Theory helps in identifying signals in a cluttered setting. This video unpacks its four key outcomes—Hit, Miss, False Alarm, and Correct Rejection—and explores its relevance in various perception processes like vision, smell, and absolute thresholds.

Explore the nuances of Explicit and Implicit Memories. While Explicit Memory acts as our factual database and life's scrapbook, Implicit Memory operates subtly, influencing our actions through past experiences. Delve into their subtypes, from Episodic and Semantic to Procedural, Priming, and Conditioning.

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 Edward Thorndike's foundational Law of Effect, illustrating how favorable consequences influence behavior repetition. Contrast this principle with other behavioral concepts like operant conditioning and shaping for a complete understanding.

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.