Compatibility
Minecraft: Java Edition
Platforms
Supported environments
Tags
Creators
Details
Milankovitch Climate Forcing Cycles
Conceptual diagram matching the mod's exact features: fully simulates Milankovitch cycles, including orbital eccentricity, axial tilt (obliquity) variations, and gyroscopic precession for earth.
Lunar Recession & Tidal Dissipation Mechanics
Conceptual diagram: over millions of years, tidal friction slows Earth's rotation in minecraft world, transferring angular momentum to drive lunar recession and equatorial bulge dynamics just like in real world.
True Earth Axial Rotation Mechanics
Diagram of Earth axial rotation. Unlike vanilla where only skybox spinning, Astrophysics makes minecraft world spinning on its axis just like earth in real-world, dynamically driving Coriolis and centrifugal forces.
Planetary Magnetosphere & Solar Wind Interaction
Conceptual diagram illustrating the mod's mechanics: adds a fluctuating solar cycle and magnetic shield, simulating solar wind and flares interacting with polar cusps to generate in-game auroras.
True Relativistic Multi-Body Orbit Mechanics
Unlike Astrocraft's static paths in space for celestial bodies, Astrophysics implements General Relativity where planets, moons, and the sun exert mutual gravity, driving true multi-body orbital spacetime curvature in space.
Barometric Altitudes & Atmospheric Pressure
Conceptual diagram illustrating the mod's mechanics: simulates hydrostatic exponential pressure decay at high altitudes and hyperbaric compression in deep depths, triggering altitude hypoxia or pressure suffocation.
Dynamic Light Pollution & Bortle Scale Simulation
Conceptual diagram illustrating the mod's mechanics: Simulates realistic light pollution ranging from pristine dark skies to bright inner-city environments, dynamically affecting star and celestial visibility based on your surroundings.
Solar Flares & Northern Lights
Introduces Earth's magnetic shield and dynamic auroras above latitude 50 or less -50. Auroral brilliance scales directly with solar flare activity, while being realistically dimmed by moonlight and local light pollution.
Deep-Time Tidal Evolution & Earth-Moon Locking
To realistically match real physics, over thousands of game days (millions of years), tidal friction slows Earth's rotation—progressively lengthening in-game days as angular momentum pushes the Moon outward, reshaping its bulge toward a tidal lock.
Tidal Acceleration: Earth Bulge & Solar Perturbations
To realistically match reality: Over millions of years, tidal friction against the equatorial bulge causes Earth's rotational deceleration. Transferring angular momentum expands the lunar orbit and shrinks its diameter.
Milankovitch Cycles: Precession-The 26k-Year Cycle
Modeling Earth's long-term rotational axis precession—a slow gyroscopic cycle that progressively shifts the celestial poles and redefines the Northern Pole Star over epochs.
Milankovitch Cycles: Eccentricity
Modeling 100k-year eccentricity shifts where Jupiter and Saturn's gravitational pull stretches orbital ellipticity, counteracted by solar circularizing forces to drive dynamic climate variations, and in the sky sun disk size changing because of it.
Barycentric Mechanics: The Solar Orbital Wobble
Simulating true stellar mechanics: driven by Jovian and planetary gravitational torque, the Sun dynamically orbits the system's true barycenter rather than remaining static.
Annual Solar Analemma: Ecliptic & Axial Mechanics
Replicating the celestial figure-8 loop traced by the Sun over an annual cycle, dynamically computed from Earth's axial obliquity and orbital eccentricity.
Atmospheric Pressure & Altitude Damage System
Introduces an immersive atmospheric pressure system that inflicts realistic damage at extreme high altitudes or low elevations, challenging players to adapt to changing barometric environments.
Bortle Class 1–4: Unadulterated Deep-Sky Photometry
Replicating pristine nocturnal environments via atmospheric extinction modeling, entirely free from anthropogenic skyglow and artificial urban radiance.
Bortle Class 5–7: Suburban Skyglow Transition
Simulating transitional suburban luminance, where artificial skyglow elevates background brightness and significantly degrades stellar limiting magnitude.
Bortle Class 8–9: Saturated Urban Skyglow Core
Extreme anthropogenic skyglow elevating atmospheric background luminance to maximum thresholds, entirely obliterating constellations and deep-space objects.
Stellar Scintillation & Optical Turbulence
Replicating real-world atmospheric refraction, causing distant stars to twinkle dynamically based on regional air density fluctuations.
Phase-Dependent Lunar Illuminance & Glare
Simulating phase-dependent lunar brightness. Bright phases like the Full Moon elevate background sky luminance, realistically washing out faint background stars via atmospheric scattering.
Total Lunar Eclipse: Photometric Glare Suppression
Simulating stellar recovery during totality. As Earth's umbra dims the Full Moon, phase-dependent illuminance extinction drops background sky glare, revealing faint background stars.
Pristine Dark-Sky Visibility: Moonless Nights
Simulating optimal observational clarity on moonless nights. The complete absence of moonlight allows faint background stars and complex starfields to shine with full intensity.
Rayleigh Twilight Sunrise Gradients
Replaces Vanilla and Astrocraft’s default sunrise colors with true Rayleigh scattering physics. Computes real-world atmospheric wavelength attenuation to deliver seamless, astronomically accurate dawn spectrum transitions.
Rayleigh Twilight Sunset Gradients
Replaces Vanilla and Astrocraft’s default sunset colors with true Rayleigh scattering physics. Computes real-world atmospheric wavelength attenuation to deliver seamless, astronomically accurate twilight spectrum transitions.
Zodiacal Light & Interplanetary Dust Simulation
Simulates sunlight scattered by interplanetary dust. Visible before sunrise and after sunset, requiring absolute dark skies due to its extreme light pollution sensitivity, featuring a tilt that dynamically shifts across the sky based on latitude.
Altitude-Based Atmospheric Density Fog
Models realistic altitude-dependent atmospheric density gradients. Surface fog and low-altitude haze gradually thin out as altitude increases, revealing clear sky horizons at higher elevations.
Realistic Daytime Star Extinction Fix
Prevents unrealistic star rendering during bright daytime at high altitudes in space, properly masking stars to match real atmospheric optics.
Realistic Eclipse Sky & Star Extinction Fix
Fixes Astrocraft's excessive star rendering during eclipses, implementing true-to-life solar extinction and realistic celestial visibility during solar eclipses.
Realistic Solar Glare & Atmospheric Scattering
Replaces the vanilla sun texture with a photorealistic solar glare. Due to the intense glare, the solar disc cannot be clearly distinguished during peak daylight, becoming fully visible only near the horizon just like in the real world.
Realistic Lunar Phases, Earth's Shadow & Phase-Adaptive Glare
Replaces the moon texture with realistic one has adaptive Earth shadow to lunar phases, and adaptive glare, realistic moon phases, Fix Astrocraft's new moon phase where it visible, make it completely invisible, only visible if transit front of solar disk.