Netherion
Netherion-class planets are small icy bodies located in the outer regions of stellar systems, covered with volatile ices and exhibiting complex, unstable orbits.
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Telluris
Telluris are rocky bodies of the dwarf planet class, without a permanent atmosphere, with a solid structure dominated by silicates, metals, and sometimes ice, preserving traits of the early protoplanetary disk.
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Sun
As the central star and energetic engine, the Sun shapes the rhythms, orbital motions, and living conditions of surrounding worlds. It embodies the living balance of a constantly evolving system.
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Rocky terrestrial planet without atmosphere
A rocky planet without an atmosphere is a solid body directly exposed to space, with no gas layer to protect or moderate surface conditions.
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Mercury
The smallest and closest planet to the Sun, Mercury orbits rapidly and shows a cratered surface with extreme temperature variations from -173°C to 427°C.
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Terrestrial planet with thick and toxic atmosphere
Rocky planet enveloped by a dense and poisonous atmosphere, where heat and pressure create an extreme environment dominated by opaque and corrosive clouds.
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Venus
Venus is a terrestrial planet with a dense carbon-dioxide layer and clouds of sulfuric acid, creating an extremely energetic environment dominated by volcanic processes.
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Earth
Earth is a rocky body structured into solid, fluid and gaseous layers, where the surface, waters, atmosphere and dynamic fields interact to form a coherent geophysical system.
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Terrestrial planet with a thin and dry atmosphere
A terrestrial planet with a thin atmosphere possesses a highly reduced and dry gaseous envelope, where the rocky surface interacts weakly with limited energy flows, forming an unprotected yet stable environment.
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Mars
Mars is a rocky body shaped by a cold surface, scattered sediments and an extremely thin atmosphere, where ice, dust, rocks and atmospheric circulation interact to form a contrasting environment.
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Gas giant planet without rings
A gas giant planet composed mainly of gases, lacking a ring system, where a deep fluid envelope and gradual internal transitions shape the structure and organize atmospheric motions.
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Gas giant planet with massive rings
A gas giant planet surrounded by a vast ring system, where a deep fluid envelope coexists with an orbital structure made of solid particles and dispersed materials.
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