A curated collection of university-level physics courses that integrate interactive lab simulations and virtual experiments, allowing learners to grasp complex physical principles through hands-on digital exploration without financial barriers.
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Offers full lecture notes, exams, and interactive visualizations from MIT's rigorous physics curriculum. The platform frequently includes Java applets and JavaScript-based simulations that demonstrate electromagnetic and mechanical concepts effectively.
University of Colorado Boulder's award-winning suite of free math and science simulations. While not a full course, these tools are essential for visualizing quantum mechanics, electromagnetism, and thermodynamics in an intuitive, browser-based environment.
A conceptual hub hosted by Georgia State University that links physics concepts with interactive maps and calculators. It serves as an excellent supplementary resource for understanding the mathematical underpinnings of university-level physics topics.
Featured courses from top universities like Duke and Stanford, often offering free audit options. These courses include video lectures and quizzes, with some providing access to virtual lab components or simulation-based homework problems.
An extensive library of thousands of interactive STEM demonstrations created by experts worldwide. Users can manipulate parameters in real-time to observe physical laws in action, covering areas from fluid dynamics to optics.
A free, 2D physics sandbox that allows users to create their own experiments with gravity, friction, and collisions. Ideal for self-directed learners to test hypotheses and visualize classical mechanics principles dynamically.
A complete introductory physics course available for free online. It features video lectures and problem sets that often reference standard laboratory experiments, helping students bridge the gap between theoretical derivations and practical application.
Provides clear explanations of high school and introductory college physics concepts accompanied by interactive simulations. It is particularly strong in mechanics and electricity, offering guided tutorials that reinforce learning through visual aids.
A collection of HTML5-based physics simulations developed for educational use. These tools cover a wide range of topics including waves, light, and atomic physics, designed to be lightweight and accessible directly through modern web browsers.
Offers structured video lessons and practice exercises that cover introductory physics topics. While it lacks deep lab simulations, it provides a solid theoretical foundation that complements external simulation tools for comprehensive learning.
A peer-reviewed, open-source textbook series that covers calculus-based physics. It includes interactive figures and links to external simulation resources, providing a rigorous academic framework for self-study without cost.
A suite of interactive Java animations and problem-solving tools designed for college-level physics courses. These Physlets help visualize difficult concepts like electric fields and potential energy in a dynamic, engaging format.
Provides a range of HTML5 physics simulations and applets suitable for educational use. These tools are particularly useful for demonstrating kinematics and dynamics concepts with customizable variables for student exploration.
While primarily a commercial platform, Labster offers some free demo labs and educational resources. These high-fidelity virtual environments simulate real-world laboratory settings, allowing students to practice experimental techniques safely.
An app that turns smartphones into science sensors, allowing users to collect data on light, sound, and motion. It enables practical, hands-on physics experiments using common devices, bridging the gap between theory and real-world observation.
Richard Feynman's legendary lectures available for free online. Although it lacks interactive simulations, its profound insights and clear explanations provide the theoretical depth necessary to understand the physics behind any simulation tool.
Another collection of interactive Java-based physics problems and animations. These resources are designed to challenge students' understanding of physics principles through visual storytelling and interactive problem-solving scenarios.
Pearson's online homework system often provides access to virtual lab simulations for students enrolled in courses. While the subscription is typically required, educational institutions sometimes provide free access to these advanced simulation tools.
Companion lesson plans and teacher guides for the PhET simulations, offering structured ways to integrate them into a curriculum. This resource helps learners use simulations effectively to deepen their understanding of specific physics topics.
An online platform offering various simulated experiments for introductory physics courses. It allows users to perform calculations and observe results for classic experiments, providing a cost-effective alternative to physical laboratory equipment.