The Origin of Iron
Witness how heavy elements were forged in stellar explosions and brought to Earth billions of years ago.
4.5 Billion Years Ago: The Early Earth was a molten ball of lava.
Democratizing space science through immersive, physics-driven experiences.
Galaxander is founded on the conviction that the mysteries of space should not remain locked inside dense academic papers or distant research observatories. From the orbital dance of planets around stars to the delicate warping of spacetime near dense celestial bodies, the cosmos operates on elegant physical principles that everyone deserves to experience visually and interactively.
Our core focus is creating next-generation simulations, hands-on gravitational laboratories, and precision astrophysical calculators. By pairing verified scientific models with responsive digital design, we provide learners, enthusiasts, and researchers with tools to test theories, run real-time orbital scenarios, and cultivate intuition for orbital dynamics.
Whether you are a student discovering astronomy for the first time, an educator bringing science to life in the lecture hall, or a curious stargazer captivated by the night sky, Galaxander is built to ignite your imagination and empower your journey across the vast expanse of our universe.
Engineered for discovery and scientific exploration.
Interactive 3D exploration of our solar system with real-time planetary orbits, scale comparisons, and celestial body telemetry.
Hands-on gravitational physics simulator. Create custom orbital systems, test Lagrange points, and simulate N-body interactions.
Guided virtual science experiments covering harmonic motion, simple pendulums, orbital mechanics, and astrophysics.
Astrophysical and orbital calculators: orbital velocity, escape velocity, gravitational force, and time dilation computations.