Solar Pulse: Comprehensive 3D Solar System Simulation & Astronomical Orrery
Solar Pulse is an interactive educational WebGL application engineered to simulate real-time Keplerian planetary orbital mechanics, celestial telemetry, and astrophysical parameters for our Solar System. The simulation includes the Sun and all eight recognized planets: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune, alongside natural satellites such as the Moon.
Astrophysical Parameters & Planetary Telemetry Reference Table
| Celestial Body | Classification | Semi-Major Axis (AU) | Mean Distance (km) | Orbital Period (Days / Years) | Orbital Velocity (km/s) | Day Length | Surface Gravity | Known Moons |
|---|---|---|---|---|---|---|---|---|
| Sun | G2V Yellow Dwarf Star | 0.00 AU | Center of Gravity | 0 days | 0 km/s | 25.38 Earth days | 274.0 m/s² | 0 |
| Mercury | Terrestrial / Iron Core | 0.387 AU | 57.9 Million km | 87.97 days | 47.36 km/s | 58.65 Earth days | 3.70 m/s² | 0 |
| Venus | Terrestrial / Dense Greenhouse | 0.723 AU | 108.2 Million km | 224.70 days | 35.02 km/s | -243.02 Earth days (retrograde) | 8.87 m/s² | 0 |
| Earth | Terrestrial / Active Biosphere | 1.000 AU | 149.6 Million km | 365.256 days | 29.78 km/s | 23h 56m 04s | 9.807 m/s² | 1 (Luna) |
| Moon (Luna) | Natural Satellite | 0.00257 AU from Earth | 384,400 km from Earth | 27.32 days | 1.022 km/s | 27.32 days (tidally locked) | 1.62 m/s² | 0 |
| Mars | Terrestrial / Oxidized Crust | 1.524 AU | 227.9 Million km | 686.98 days | 24.07 km/s | 24h 37m 22s | 3.72 m/s² | 2 (Phobos, Deimos) |
| Jupiter | Gas Giant / Jovian Dynamo | 5.204 AU | 778.5 Million km | 4,332.59 days (11.86 yrs) | 13.07 km/s | 9h 55m | 24.79 m/s² | 95 |
| Saturn | Gas Giant / Ring System | 9.582 AU | 1.433 Billion km | 10,759.22 days (29.45 yrs) | 9.68 km/s | 10h 33m | 10.44 m/s² | 146 |
| Uranus | Ice Giant / 97.77° Tilt | 19.20 AU | 2.872 Billion km | 30,685.4 days (84.02 yrs) | 6.80 km/s | -17h 14m (retrograde) | 8.69 m/s² | 28 |
| Neptune | Ice Giant / Outer Bastion | 30.07 AU | 4.495 Billion km | 60,189.0 days (164.8 yrs) | 5.43 km/s | 16h 06m | 11.15 m/s² | 16 |
Time Warp Dynamics & Simulation Multipliers
Solar Pulse features a precision time warp engine enabling accelerated observation of celestial mechanics:
- Paused (0x): Freezes all planetary motions for meticulous surface inspection.
- Real-Time (1x): Matches actual astronomical passage with meditative planetary drift.
- 2x, 5x, 10x Speed: Ideal for visualizing close-in terrestrial orbits of Mercury and Venus.
- 1 Hour per Second: Observe daily planetary axial rotations and lunar phases.
- 1 Day per Second: Inner rocky worlds complete revolutions within minutes.
- 1 Week per Second: Balanced speed for observing both inner and outer planetary dynamics.
- 1 Month per Second: Observe Earth's complete seasonal orbit in 12 seconds.
- 1 Year per Second: Outer gas giants (Jupiter, Saturn, Uranus, Neptune) trace their majestic elliptical paths.
Frequently Asked Questions
- What is Solar Pulse?
- Solar Pulse is a web-based 3D Orrery and real-time Solar System simulation created by OmniTick, built entirely with WebGL and Three.js.
- How does the Time Warp feature work?
- Users can adjust simulated time using the slider or quick preset buttons, speeding up planetary motion from real-time 1x up to 1 year per second.
- What technologies power Solar Pulse?
- Solar Pulse is built using modern HTML5, Three.js WebGL rendering, Tailwind CSS, and Vanilla JavaScript, executing 100% locally in client browsers with zero backend requests.