Science Simulations
Interactive Virtual Labs
Explore scientific concepts through hands-on simulations and experiments.
Solar System Simulator
Explore Kepler's laws and orbital mechanics
Orbital Period: 365 days | Distance: 149.6M km
Wave Interference Simulator
Explore wave properties and interference patterns
Constructive and destructive interference patterns
Projectile Motion
Explore parabolic motion with air resistance
Max Height: -- | Range: -- | Time: --
pH & Titration Lab
Test acids, bases and explore titration curves
Solution
pH Scale
7.00
pH Value
Titration Curve
Select a solution to test
DNA Replication Simulator
Explore DNA replication, transcription, and translation
DNA → RNA → Protein | Central Dogma of Biology
Natural Selection Simulator
Observe evolution through natural selection
Generation: 0 | Average Fitness: --
Optics & Lens Simulator
Ray tracing through lenses and mirrors
Image Distance: -- | Magnification: --
Quantum Wave Function
Explore particle-wave duality and probability densities
Probability Distribution | Energy Levels
Circuit Builder
Build and analyze DC circuits
Circuit Analysis
Total Voltage:--
Total Current:--
Total Resistance:--
Power:--
Controls
Click components to place them on the canvas. Connect components with wires.
Pendulum Laboratory
Explore simple harmonic motion and coupled pendulums
Period: -- | Energy: -- | Amplitude: --
Chemical Reaction Balancer
Balance chemical equations and visualize molecular structures
Enter a chemical reaction above
Reaction Info
Type:--
Energy:--
State:--
Atom Balance
No reaction entered
Enter a chemical equation and click "Balance" to see the result.
States of Matter Simulator
Explore phase changes and particle behavior
-273°C0°C100°C500°C
Solid
Liquid
Gas
Plasma
Particle Statistics
Phase:--
Particles:--
Avg Speed:--
Kinetic Energy:--
Substance Properties
Melting Point:--
Boiling Point:--
Sublimation:--
Plasma Point:--
Adjust temperature to observe phase changes and particle behavior.
Electromagnetism Lab
Explore magnetic fields, induction, and Faraday's Law
Field Measurements
Magnetic Field (B):--
Magnetic Flux (Φ):--
Induced EMF (ε):--
Lorentz Force:--
Experiment Info
Select an experiment to see details
F = q(v × B)
Move magnets and adjust current to observe magnetic field interactions.
