🚀 AstroThink Interactive Demos

Explore space science and artificial intelligence through hands-on simulations

Active Demos:
8
Science Topics:
12+
Interactive Elements:
50+
✈️

Paper Airplane Challenge

Design and test paper airplanes with adjustable fin angles and nose weights. Watch 2D flight paths and see lift/drag forces in action.

🤖

Mars Rover Navigation

Plan optimal paths through Martian terrain with rocks and obstacles. Compare your path with AI-powered A* pathfinding.

🪂

Parachute Rescue Mission

Simulate parachute descent with adjustable canopy size and material. See descent graphs and drag-force overlays.

🚀

Launch to Orbit

Experience an animated rocket launch sequence with countdown, thrust gauge, fuel bar, and orbital path visualization.

⚡

Basic Circuits

Build circuits with drag-and-drop components (battery, LED, wire). Animate electron flow and visualize Ohm's law graphs.

🪐

AI Planet Classifier

Train TensorFlow.js to distinguish between Mars, Moon, and Earth images. See confidence graphs and prediction accuracy.

📊

Mission Control Dashboard

Monitor mission telemetry with real-time charts showing altitude, accuracy, fuel levels, and system health indicators.

🏹

Catapult AI Game

Simulate projectile motion with angle and force controls. Watch a reinforcement learning agent learn to hit targets.

How to Use

🎯

Click Any Demo

Select a demo card to start exploring interactive simulations

🔬

Toggle Science Mode

Enable "Show Science" to reveal equations and scientific principles

🎮

Interact & Learn

Adjust parameters, watch simulations, and discover the science behind space exploration

AstroThink Science Overview

Space Science Topics

  • Aerodynamics: Lift, drag, and stability in flight
  • Orbital Mechanics: Rocket equations and trajectory planning
  • Physics: Projectile motion, terminal velocity, and forces
  • Electrical Engineering: Circuits, Ohm's law, and electron flow

Artificial Intelligence Topics

  • Machine Learning: Neural networks and pattern recognition
  • Pathfinding: A* algorithm and optimization
  • Reinforcement Learning: Q-learning and agent training
  • Computer Vision: Image classification and feature detection

Real-World Applications

These demos simulate real technologies used by NASA, SpaceX, and other space agencies. Students learn the same principles that engineers use to design spacecraft, rovers, and mission control systems.