#cognitive-science

The paper examines philosophical and scientific perspectives on whether artificial intelligence could potentially achieve consciousness. It discusses theories of consciousness, computational approaches, and ethical implications of AI consciousness research.

The "tip-of-the-tongue" phenomenon, where you temporarily cannot recall a known word, is common and typically not a sign of memory problems. Research suggests it occurs more frequently with age but is generally unrelated to cognitive decline. The experience is frustrating but normal for most people.

Spaced repetition is a learning technique that involves reviewing information at increasing intervals to improve long-term retention. This beginner guide explains how the method works, its benefits, and answers frequently asked questions about implementing it effectively.

The article discusses aphantasia, the inability to visualize mental images, and how this relates to discussions about large language models. It explores how different human cognitive experiences shape our understanding of AI capabilities and limitations.

Spaced repetition is a learning technique that involves reviewing information at increasing intervals to improve long-term retention. This beginner guide explains how the method works, its benefits for memory, and answers common questions about implementing it effectively.

The article examines how binary feedback systems in AI training can distort model reasoning and lead to what the author terms "epistemic suicide." It discusses how simplified reward signals may undermine the development of nuanced reasoning capabilities in artificial intelligence systems.

Researchers tested whether large language models can simulate random coin flips in their reasoning. The study found that while models can produce seemingly random outputs, they struggle with true probabilistic reasoning and exhibit systematic biases. This reveals limitations in how LLMs handle uncertainty and randomness in their internal processes.

The video discusses the Thomistic understanding of human intelligence, distinguishing it from animal cognition by emphasizing intellect's capacity for abstract reasoning and grasping universal concepts. It explores how human intelligence operates through both active and passive intellect in the process of understanding.

A researcher seeks connections with medical professionals and experts in EEG, neuroscience, and cognitive science to study attention and engagement with digital content. They are looking for advice on appropriate EEG setups, what can be reliably measured, and potential introductions to relevant labs or research groups.

Spaced repetition is a learning technique that uses increasing intervals between review sessions to improve long-term memory retention. This beginner guide explains how it works, its benefits, and answers common questions about implementing the method effectively.

The article discusses how labels create persistent neural pathways that continue to influence perception even after the original triggers are gone. It explores the neurological mechanisms behind how categorization affects what we can see and process.

The article discusses how the brain's neural circuits can be conceptualized as having levers or control points that influence behavior and cognition. It explores the idea that understanding these mechanisms could lead to new approaches for treating neurological conditions and enhancing cognitive function.

Evelyn Wood Reading Dynamics, launched in the 1950s, popularized speed reading despite scientific evidence questioning its claims of high-speed reading with full comprehension. The movement gained credibility through presidential endorsements but research shows it's essentially skimming with poor retention.

The article argues that the Sapir-Whorf hypothesis does not apply to programming languages. While programming paradigms influence problem-solving approaches, this effect is better explained by the Tetris Effect—where intensive practice with any skill alters thinking patterns.