Planet Description
Picture an expanse draped in glowing nebulae, where newborn suns ignite in vibrant plumes of ionized gas and ancient giants collapse into shimmering remnants. Here, crystalline observatories perch atop obsidian plateaus, their cavernous lenses channeling the faintest murmur of distant quasars. Corridors of polished metal wind between arrays of adaptive telescopes, each calibrated to unravel the secrets of supernovae and protostellar nurseries. Beneath domed amphitheaters, scholars convene amid holographic star maps, tracing the life cycles of galaxies in choreographed dance. In phosphorescent courtyards, visitors stroll past reflecting pools that mirror the swirl of cosmic dust and the slow drift of binary pairs. Every beam of light carries a story—of creation, collapse, and rebirth—beckoning you to join the eternal quest to chart the heavens and to marvel at the orchestrated grandeur of the void.
Planet Statistics
Orbital Data:
| Stat | Value |
|---|
| Mass | 7.25 × 10^24 kg (≈ 1.21 Earth masses) |
| Gravity | 10.8 m/s² (≈ 1.10 g; steady pull for ground-based telescopes) |
| Orbital Period | 402.7 days (one “stellar season” around its sun) |
| Rotational Period | 19.7 hours (rapid days to scan the night sky) |
Atmospheric Conditions:
| Stat | Value |
|---|
| Nitrogen | 64.0 % by volume |
| Oxygen | 21.0 % by volume |
| Argon | 3.5 % by volume (echoes of past supernovae) |
| Carbon Dioxide | 21.0 % by volume |
| Methane | 15 ppm (used in high-precision spectrographs) |
| Neon | 200 ppm (glows faintly around polar research domes) |
Geological Data:
| Stat | Value |
|---|
| Mean Radius | 6 900 km (≈ 1.08 Earth radii) |
| Equilateral Circumference | 43 380 km |
| Volume | 1.37 × 10^12 km³ |
| Surface Area | 596 million km² |
Hydrological Data:
| Stat | Value |
|---|
| Mist and Cloud Coverage | 52 % (deep “mirror seas” reflect the starfields) |
| Lakes and Inland Seas | 14 % (calm basins for optical telescopes) |
| Ice and Crystal Formations | 4 % (mineral-rich ice fields) |
| Average Ocean Depth | 4 000 m |
| Total Water Volume | 1.35 billion km³ |
Magnetic and Geophysical Data:
| Stat | Value |
|---|
| Geothermal Gradient | 28–50 °C/km (hidden hot springs power deep-space arrays) |
| Magnetic Field Strength | 4.8 × 10⁻⁵ T (stable for compass-based alignments) |
Auroral and Geomagnetic Data:
| Stat | Value |
|---|
| Chrono Auroral Cycle | ~26 days (charged-particle surges light up research domes) |
| Twilight Resonance Band | moderate—peaks every 4 months with solar flares |
| Magnetic Reconnection Events | frequent at high latitudes, disrupting and inspiring new observations |
Planetary Motion Data:
| Stat | Value |
|---|
| Halo Storm Cycle | 0.038 (moderate variation brings clearer skies in perihelion) |
| Obliquity | 22° (balanced seasons for uninterrupted observing windows) |
| Precession Period | 22 500 years (slow drift of celestial poles) |
Tectonic Motion Data:
| Stat | Value |
|---|
| Seismic Wave Speed | 5.6 km/s (through dense, iron-rich mantle) |
| Plate Boundary Length | ~72 000 km (rift zones leveraged for sub-surface observatories) |
| Quakes per Year | ~11 million (mostly faint “astro-tremors” monitored by chronoseismometers) |
Solar and Stellar Data:
| Stat | Value |
|---|
| Host Star Luminosity | 1.05 L☉ (a slightly brighter star for clearer skies) |
| Star Surface Temperature | 5 900 K (crisp, high-contrast daylight) |
| Solar Irradiance | 1 420 W/m² (filtered by thin upper-atmosphere haze) |
Surface Preview
