3x
faster concept checks
Students can run multiple what-if experiments in one class block.
Interactive Physics Education
Turn abstract equations into living, testable systems.
FluxPhysics helps learners move from memorization to reasoning. Students predict, test, and explain outcomes using dynamic simulation environments that respond instantly to every variable change.
Instant
feedback loops
Parameter changes immediately reveal trends, limits, and edge cases.
Higher
lesson participation
Interactive tasks bring more students into prediction and discussion.
Why simulation-first lessons work
The strongest gains come when students can observe behavior, challenge assumptions, and immediately iterate their model.
Visual Reasoning
Build intuition through visual feedback
Students can instantly connect equations to motion, forces, and field behavior by seeing parameter changes in real time.
Scientific Method
Promote safe, repeatable experimentation
Learners can run many iterations quickly, test edge cases, and practice scientific reasoning without lab setup limits.
Engagement
Increase participation and curiosity
Interactive tasks turn passive watching into active exploration, which helps more students stay engaged in class discussions.
Inside the catalog
See what students actually work with
Every simulation renders live in the browser with labelled vectors, adjustable parameters, and readouts students can reason from.
Position and displacement on 1D
Changing the Origin
Position and displacement on 2D
Circular Position Coordinates
Moment in time
Comparing Successive Time Instants
Average velocity
Average Velocity in Vertical Motion
Instantaneous velocity
Instantaneous Velocity in Uniformly Accelerated Motion
Uniform motion
Two cars – Same direction
Uniformly accelerated motion
Two cars – Opposite direction
Projectile motion
Oblique projectile motion
Position and displacement on 1D
Multiple Reference Points
Position and displacement on 2D
Position and Displacement on a Sinusoidal Path
Moment in time
Successive Time Instants
Average velocity
Average Velocity in Composite Motion
Instantaneous velocity
Instantaneous Velocity in Uniformly Decelerated Motion
Uniform motion
Piecewise Constant Velocity
Uniformly accelerated motion
Piecewise constant acceleration
Projectile motion
Oblique Projectile Motion from a Cannon
Angular velocity
Linear and angular velocity
Classroom flow with momentum
Structure each class as a fast scientific cycle. Students keep ownership of reasoning while teachers keep the lesson aligned to target outcomes.
- 1
Predict
Before instruction
Prompt students to forecast outcomes before introducing equations. This creates a reason to care about the model.
- 2
Test
During instruction
Adjust a single variable and isolate the effect. Students connect changing behavior to governing relationships.
- 3
Explain
After instruction
Use short scenario tasks where students justify outcomes with both visual evidence and symbolic reasoning.
What students actually do in class
Replace passive note-taking with guided interaction. Students build confidence through repeated, evidence-based problem solving.
Position and displacement
Students slide the reference point along a 10 m track and watch position change sign as the body crosses it, separating displacement from distance travelled.
Uniformly accelerated motion
Two cars set off with different accelerations. Students predict where they meet, then read the answer off the position and velocity vectors as it happens.
Launch motion and trajectories
Learners tune launch angle and speed, then decompose a trajectory into independent horizontal and vertical motions and check it against the graphs.
Ready to deploy
Bring interactive labs into your next lesson cycle.
Choose bundles in the store, then launch simulations through secure licensed access for students and teachers. Every purchasable bundle and simulation is listed in the store.
Focus: conceptual clarity, faster feedback, stronger retention