Kepler 90i, Exoplanet.
Rammos hills in the area of Mandacium Mountains, possibly an active volcanic region.
Exo-Medusae (Aerial Jellies) are alien forms that inhabit the lower atmospheric layers of the Kepler 90i.
Hills on Pyrra island located in northern Mare Lapidis region . On the right slope of the hill, an unidentified superficial structure (or formation) can be observed.
Abiogenetic environment on sulphidic hydrothermal vents on Kepler 90i.
Metamorphic mineral life forms
Exo-Biolumiescent Corundum, a crystalline form of aluminium oxide (Al2O3) containing traces of iron, titanium and chromium.
Metamorphic mineral life forms arise from the transformation of existing rock types, in an self-intentional process called metamorphism.
Silicon Polypod in metamorphic stasis
Exo-Bioluminescence is very common among the speciesof the exo-planet
Silicon Polypod in metamorphic stasis
Photophore Megastoma in quorum sensing state.
Carbon Based exoskeleton plants
Exo-planetary Carbon Based plants
Mineral symbiotic apod
Kepler 90i, Exoplanet.
Rammos hills in the area of Mandacium Mountains, possibly an active volcanic region.
Exo-Medusae (Aerial Jellies) are alien forms that inhabit the lower atmospheric layers of the Kepler 90i.
Hills on Pyrra island located in northern Mare Lapidis region . On the right slope of the hill, an unidentified superficial structure (or formation) can be observed.
Abiogenetic environment on sulphidic hydrothermal vents on Kepler 90i.
Metamorphic mineral life forms
Exo-Biolumiescent Corundum, a crystalline form of aluminium oxide (Al2O3) containing traces of iron, titanium and chromium.
Metamorphic mineral life forms arise from the transformation of existing rock types, in an self-intentional process called metamorphism.
Silicon Polypod in metamorphic stasis
Exo-Bioluminescence is very common among the speciesof the exo-planet
Silicon Polypod in metamorphic stasis
Photophore Megastoma in quorum sensing state.
Carbon Based exoskeleton plants
Exo-planetary Carbon Based plants
Mineral symbiotic apod