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Examine economic behavior when preferences and beliefs depart from simple textbook assumptions. Lectures discuss time, reference dependence, social motives and learning in decision-making.
Explore the foundations of nuclear and particle physics through quantum fields, interactions, experimental evidence and neutrinos. The short-lecture format separates concepts into focused study units.
Review selected biochemistry lectures on carbohydrates, membranes and metabolism. The available videos connect glycolysis, lipid oxidation, photosynthesis and nitrogen metabolism rather than presenting every class in the…
Study machine-learning problems shaped by healthcare data and workflows. Lectures examine physiological time series, diagnostic modeling, reinforcement learning and clinical-process automation as research topics.
Extend your algorithmic toolkit through amortized analysis, augmented structures, matching and parameterized complexity. MIT lectures focus on design techniques and arguments about efficiency.
Continue intermediate-to-advanced kanji practice with the vocabulary covered in lessons six through ten. These concise videos complement the Japanese VI learning sequence.
Investigate how human brain systems support cognition. Lectures discuss research methods, navigation, development and networks, connecting experimental evidence with questions about mental function.
Explore what computation can and cannot do. The lectures progress through automata, formal languages and Turing machines toward computability, complexity and provably difficult problems.
Develop special-relativity concepts through spacetime, causality, motion and particle processes. Short lessons connect mathematical descriptions with the physical consequences of changing reference frames.
Examine engineering decisions through ethical frameworks, professional responsibilities and historical cases. The recordings connect codes of conduct with conflicts among individual, organizational and public interests.
Study geometric and physical approaches to machine vision. Lectures connect calibration, shape recovery, object recognition, pose and photogrammetry with computational descriptions of images.
Explore how genomic data inform the study of human variation and disease. The lectures examine measurement technologies, information resources, markers and examples involving complex traits.
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