Detail of Lunar Surface Painting

Picture of the lunar surface with a starless sky taken from a lander on the surface --v 6.0 --s 750

fondo de textura lunar, detalle, imagen granulosa --ar 3:2

top shot of a lunar surface of the moon. black and white cinematic shot with shadows of the rocks on the moon.

an elongated double-length buggy on the lunar surface firing a laser; in the style of black lagoon anime --v 5.2

Picture of the lunar surface with a starless and dark sky taken from a lander on the surface --v 6.0 --s 750

number 3 villas, minimal style, concrete and metal material, placed on the lunar surface, galaxy light, year 2070, photo realistic, 8K --s 250

Create a striking ultra-high-definition image showcasing an American astronaut in a full, detailed space suit, taking a swing with a golf club on the Moon's surface. The astronaut is captured in a dynamic pose, mid-swing, with the Earth majestically visible in the cosmic backdrop. In the background, subtly positioned, is a lunar rover, cleverly equipped with golf clubs, emphasizing the blend of exploration and leisure. This scenario should reflect the immersive depth and clarity akin to a photograph taken with a Sony A7III camera, utilizing a 55 mm f/1.8 Zeiss lens, under natural moonlight. Aim for a raw, unfiltered aesthetic, characteristic of high-quality photography, with a composition in a 16:9 aspect ratio to capture the vastness of the lunar landscape. The image should embody the advanced detailing and lifelike textures of version 6.0, ensuring an unparalleled visual experience. UHD, best quality, shot on camera Sony A7III, lens 55 mm f 1.8 Zeiss, natural lighting scenario--style UHD, best quality, shot on camera Sony A7III, lens 55 mm f 1.8 Zeiss, natural lighting scenario--style raw--v 6.0 --v 6.0 --ar 16:9

nasa photograph, astronaut on a film set on the lunar surface --ar 9:16 --v 6.0

an elongated buggy on the lunar surface firing a laser --v 5.2

nasa photograph, Hasselblad 500EL Data Camera photograph of an American astronaut on a film set on the lunar surface --ar 9:16 --v 6.0