Welcome to the Simulations Hub!
Explore, Experiment, Discover - Your virtual laboratory awaits!
🪐 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
🎢 Advanced Projectile Motion
Explore parabolic motion with air resistance
Max Height: -- | Range: -- | Time: --
🧪 Advanced pH & Titration
Test acids, bases and explore titration curves
Select a solution to test
🧬 DNA Replication Simulator
Explore the process of DNA replication and protein synthesis
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
🔌 Interactive Circuit Builder
Build and analyze DC circuits with real-time measurements and visualization
Circuit Analysis
Build a circuit to see analysis results
Click components to place them on the canvas. Connect components with wires.
⏰ Pendulum Laboratory
Explore simple harmonic motion, energy transfer, and coupled pendulums
Period: -- | Energy: -- | Amplitude: --
⚗️ Chemical Reaction Balancer
Balance chemical equations and visualize molecular structures with real-time feedback
Enter a chemical reaction above
Reaction Information
Atom Balance
Common Reactions
Enter a chemical equation and click "Balance Equation" to see the balanced result.
🌡️ States of Matter Simulator
Explore phase changes, particle behavior, and temperature effects in real-time
Particle Statistics
Substance Properties
Adjust temperature to observe phase changes and particle behavior.
🧲 Electromagnetism Lab
Explore magnetic fields, electromagnetic induction, and Faraday's Law with interactive experiments
Field Measurements
Experiment Info
Move magnets and adjust current to observe magnetic field interactions.