Neptune Radiator
THERMAL RADIANCE ANALYSIS
Neptune Core Engine
Unlike Uranus, Neptune radiates 2.6 times more energy than it receives from the Sun. This internal heat drives the planet's extreme weather systems.
Ratio of radiated vs absorbed heat.
Similar to the Sun's surface temperature.
Internal Heat
The Radiant Giant. Neptune generates more heat from its core than it receives from the Sun, powering the solar system's most violent weather.
- ☀️ Ratio: 2.6x solar energy radiated.
- 💎 Theory: Heat generated by "Diamond Rain."
- 🌪️ Driver: Fuel for 2,100 km/h winds.
Heat Decay
The Cooling Giant. Neptune is powered by the dying embers of its own creation, leaking primordial heat into the void at 2.6x the rate of solar intake.
- ⏳ Primordial: 4.5 billion years of stored thermal energy.
- 📉 Contraction: Constant gravitational shrinking.
- ⚛️ Isotopes: Radioactive decay in the rocky core.
The Twin Mystery
Thermal Divergence. One twin is a violent, heat-leaking engine; the other is a frozen, quiet enigma. Why did Uranus lose its fire?
- 📉 Uranus: Thermally dead; almost no internal radiance.
- 🔥 Neptune: Active core drives Mach-1.6 winds.
- 🧪 Theory: Impact vs. Internal Insulation.
Atmospheric Engine
Thermal Upwelling. Neptune’s interior heat boils through its icy exterior, creating a frictionless engine that accelerates winds beyond the speed of sound.
- 🔥 Source: 5,000°C internal thermal bleed.
- 🌀 Drive: Powerful vertical convection currents.
- 🏁 Output: 2,100 km/h supersonic wind bands.
Paper
THERMAL LOG 🔥
Subject: Radiated Energy Oat. Target: Core Mantle Boundary.
Sources
PRIMORDIAL HEAT
Heat left over from the planet's formation 4.5 billion years ago is still being trapped and slowly released.
FORMATION DATADIAMOND RAIN
Methane under extreme pressure may break down into diamonds; as they "rain" down, friction generates massive thermal energy.
PHYSICS STUDYADIABATIC LAPSE
The convection currents created by this internal warmth drive the atmospheric "lapse rate" and fuel supersonic storms.
THERMAL PROFILES