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Comprehensive list of resources for a mathematical education

Writer's picture: Andre KosmosAndre Kosmos

Aid in a self-directed undergraduate level mathematical education. These resources cover a wide range of topics and provide opportunities for learning, practice, and deeper understanding:

Online Courses and Lectures:

  1. Khan Academy: Offers a wide range of free math courses from basic to advanced levels.

  2. Coursera: Provides access to courses from universities worldwide, including mathematics-related subjects.

  3. edX: Offers a variety of mathematics courses from top institutions, often with the option to earn certificates.

  4. MIT OpenCourseWare: Provides free access to MIT’s course materials for mathematics and other subjects.

  5. Stanford Online: Offers online courses in various mathematical disciplines.

  6. Brilliant.org: Offers interactive courses that focus on problem-solving and critical thinking in mathematics.

  7. The Great Courses: Offers DVD and online courses on various mathematical topics, taught by esteemed professors.

Textbooks and Open Educational Resources:

  1. OpenStax: Provides free, peer-reviewed textbooks for various mathematics subjects.

  2. Project Gutenberg: Offers free access to classic mathematics textbooks and resources.

  3. Paul’s Online Math Notes: Provides comprehensive notes and tutorials for calculus and other math topics.

  4. Wolfram MathWorld: An online math encyclopedia with detailed explanations of mathematical concepts.

Video Resources:

  1. 3Blue1Brown: Offers visually intuitive explanations of complex mathematical concepts.

  2. Numberphile: Presents engaging videos on various mathematical topics and puzzles.

  3. Mathologer: Provides videos exploring interesting math puzzles, problems, and concepts.

  4. Mathantics: Offers animated math tutorials covering various topics, especially suitable for middle school and high school levels.

  5. PatrickJMT: Provides clear and concise videos explaining a wide range of mathematical concepts, from basic to advanced.

  6. Professor Leonard: Offers in-depth lectures on subjects like calculus, linear algebra, and differential equations.

  7. Eddie Woo – WooTube: A mathematics teacher’s YouTube channel that covers various topics with engaging explanations.

  8. MATHCOUNTS Foundation: Provides math competition problems and solutions to challenge your problem-solving skills.

  9. YayMath: Offers engaging math videos that explain concepts with enthusiasm and clarity.

  10. MathMeeting: Presents videos explaining challenging math problems and puzzles, suitable for advanced learners.

  11. blackpenredpen: Covers topics like calculus, linear algebra, and geometry with detailed explanations and problem-solving techniques.

  12. Mathologer: Presents visually engaging videos on math puzzles, paradoxes, and thought experiments.

  13. MathsOnline: Offers animated lessons and quizzes on topics like algebra, calculus, and statistics.

  14. Socratica: Provides educational videos on a variety of subjects, including mathematics, with clear explanations and visuals.

  15. Tipping Point Math: Offers step-by-step solutions to challenging math problems often found in competitions.

  16. Center of Math: Offers videos on various advanced math topics and proofs.

  17. Dr. Peyam – Numberphile2: A supplementary channel of Numberphile that delves deeper into mathematical concepts.

  18. Mathologer: Explores advanced mathematical concepts and thought-provoking puzzles with visual explanations.

  19. MindYourDecisions: Presents math-related puzzles, brainteasers, and interesting scenarios.

  20. MathEasySolutions: Provides videos covering topics like algebra, trigonometry, calculus, and more.

  21. MathDoctorBob: Offers lessons on calculus, algebra, and other math subjects.

  22. The Math Sorcerer: Presents videos covering a variety of math concepts, suitable for learners of different levels.

  23. Professor Dave Explains: Provides approachable explanations of various math topics, making them easy to understand.

Problem-Solving Platforms:

  1. Art of Problem Solving: Offers resources and online classes for students interested in advanced problem-solving.

  2. Project Euler: Provides a collection of challenging mathematical and computational problems.

  3. Brilliant.org: Offers a platform with interactive problem-solving challenges and courses.

Mathematics Communities and Forums:

  1. Math Stack Exchange: A platform where you can ask and answer math-related questions.

  2. Art of Problem Solving Community: A forum for math enthusiasts to discuss problems and solutions.

  3. Reddit’s r/math: A subreddit for discussions on various math topics.

Math Software and Tools:

  1. Wolfram Alpha: A computational engine that can solve equations, perform calculations, and visualize concepts.

  2. GeoGebra: Offers dynamic mathematics software for geometry, algebra, calculus, and more.

  3. MATLAB: A powerful tool for numerical computations, data analysis, and visualization.

Mathematical Journals and Publications:

  1. American Mathematical Monthly: A publication with articles, problems, and solutions across various mathematical fields.

  2. Journal of Online Mathematics and its Applications (JOMA): Provides open-access articles on mathematical topics.

Libraries and Research Resources:

  1. arXiv: A repository of preprints in mathematics and other fields.

  2. Library Genesis: Offers access to a wide range of scientific literature, including mathematics textbooks.

Additional Resources:

  1. Mathematics blogs: Many mathematicians maintain blogs where they share insights, problems, and thoughts on various mathematical topics.

  2. Math Circles and Math Clubs: Join local math circles or clubs to engage in collaborative problem-solving activities.

  3. Local Libraries and University Libraries: These often provide access to physical and digital math resources.

  4. Mathematics Conferences and Workshops: Attend conferences and workshops to learn from experts in the field and network with other students and professionals.

Remember that a self-directed education requires discipline, motivation, and a proactive approach. Be sure to set clear goals, allocate time for learning and practice, and utilize these resources to enhance your mathematical knowledge and skills.

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