Online Physics simulations for education

24/08/2026

Online physics simulations are an effective teaching tool for understanding the most complex concepts in this subject. They allow you to observe phenomena, manipulate variables, and experiment in a visual and interactive way, making learning clearer, more dynamic, and more engaging. Explore the simulations below, organized by topic.

Astrophysics

Branch of physics studying celestial bodies and phenomena in the universe.

Classical Mechanics

Branch of physics studying the motion of bodies and the forces acting on them.

Electromagnetism

Branch of physics studying electric and magnetic phenomena and their interactions.

Experiment

Controlled process allowing the study of physical phenomena and verification of theories.

Fluid Mechanics

Branch of physics studying the behavior of liquids and gases in motion.

Modern Physics

Branch of physics studying quantum physics, relativity, and other advanced phenomena.

Optics

Branch of physics studying light and related phenomena.

Physical Law

Proposition describing a universal behavior in nature based on repeated observations.

Physical Model

Simplified representation of a physical system allowing its study and prediction.

Physical Quantity

Property of a system that can be measured and expressed with a numerical value and unit.

Physical System

Set of elements interacting with each other and with the environment under study.

Physical Theory

Set of principles explaining physical phenomena and allowing verifiable predictions.

Thermodynamics

Branch of physics studying energy, heat, and the transformations of systems.

What are physics simulations?

Physics simulations for education are interactive digital representations that allow students to experiment and visualize abstract physics concepts in a controlled and safe environment. These simulations typically include mathematical models and algorithms to simulate the behavior of physical systems and allow students to manipulate variables and observe how the results change.

Advantages of using simulations to learn or teach physics

Physics can be a difficult subject to master. Take advantage of the selection of the best physics simulations and other free educational resources on this page to improve your physics knowledge or to find innovative ways to teach physics. Our collection of online simulations and other educational resources covers the main fields of physics, such as mechanics, electromagnetism, thermodynamics or optics.

The use of simulations has several advantages for learning physics, including:

Better conceptual understanding. Simulations can help students better understand abstract physical concepts by allowing them to visualize and experiment with physical systems in a more concrete way.

Increased interactivity. Simulations allow students to interact with physical systems and modify variables in a safe and controlled manner, which can increase their engagement and motivation for learning.

More flexibility. Simulations allow students to experiment with different configurations and scenarios, which can help them develop a deeper and broader understanding of physical concepts.

Maximum efficiency. Simulations can save time and resources by allowing students to experiment with systems that would be difficult or expensive to recreate in a physical laboratory.

Increased accessibility. Simulations can be accessible from anywhere with an Internet connection, which can facilitate distance learning or access to educational resources for students who do not have access to a physical lab.

Our simulations work online, it is not necessary to download any application or software tool, you just need to have on your computer, mobile or tablet any of the usual browsers (Chrome, Bing, Opera, etc.).