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215 courses
Study the limits of efficient computation through reductions, satisfiability and hardness of approximation. MIT lectures connect formal complexity classes with examples of difficult algorithmic problems.
Examine sustainability within supply-chain decisions through reverse logistics, carbon footprints, life-cycle analysis and stakeholder engagement. These selected lectures focus on evaluating consequences across a product's wider system.
Develop statistical mechanics from thermodynamics and kinetic theory toward classical ensembles and interacting particles. The lectures connect microscopic models with macroscopic physical behavior.
Explore the collaborative production of video games through project work and design discussions. The recordings include classroom instruction, presentations, studio perspectives and reflections on the development process.
Study cinema through its history, expressive techniques and major filmmakers. The lecture collection connects film analysis with developments in comedy, classical Hollywood, neorealism and international cinema.
Explore advanced theoretical connections between gravity, strings and holography. Lectures examine large-N methods, D-branes and relations between bulk and boundary descriptions.
Learn how to communicate scientific ideas through educational video. The course examines storytelling, storyboarding, production choices and revision, supported by project screenings and educator reflections.
Learn differential equations through concise lessons on response, stability, transforms, matrices and numerical methods. The series combines analytic ideas with demonstrations from the MATLAB ODE suite.
Explore how cellular structure changes the mechanical behavior of materials. Lectures examine honeycombs, foams, biological examples and tissue-engineering scaffolds, connecting geometry with material properties.
Study advanced mathematical methods for engineering through MIT's second-course lecture sequence. The recordings develop computational approaches for analyzing mathematical models of physical systems.
Build a foundation in chemistry through atomic structure, bonding, thermodynamics and electrochemistry. MIT lectures connect microscopic explanations with observable chemical behavior and quantitative reasoning.
Strengthen mathematical problem-solving foundations for entrance-exam preparation. The selected videos cover vectors, the binomial theorem, trigonometry, functions and geometry rather than a complete exam syllabus.
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