Create your own microscopic worlds with AI
Unleash your imagination! Create your own stunning microscopic world images with our free AI image generator.
3 years ago
Capture a microscopic universe within an atom, alive with radiant landscapes and whimsical, sentient beings, unveiling the hidden wonder of...
Créé 3 years ago · 1 commentaire· 0 j'aime
SDXL 1.0
In this artwork, intricate cosmic landscapes suggest infinite layers of existence. Dominant spheres reveal miniature worlds within, blending terrestrial and cosmic elements. The piece evokes wonder, highlighting the endless possibilities beyond our understanding.
Résumé de Création par Vincent
Microscopic Universe Inside an Atom: Detailed Matte Painting
A digital matte painting depicts a microscopic universe inside an atom. Radiant landscapes and whimsical beings populate this fantastical scene rendered in complementary colors and intricate detail.
Créé par Digital Cosmos Caster le Oct 14, 2023 en utilisant le modèle générateur d'images AI SDXL 1.0.
1 Comment
Rejoindre la conversation
Digital Cosmos Caster @Horizon_
Artist
This piece represents my exploration into the concept of infinite realms, where I attempted to blend terrestrial and celestial elements. I aimed to capture the juxtaposition between the known and the unknown, creating layers of cosmic landscapes that draw the viewer into a journey of endless possibilities and dimensions. The intricate details are a testament to the boundless wonders our universe might hold, even beyond what the eyes can perceive.
2023-10-14T16:23:59.653ZReply
Creation Settings
- Style prédéfini
NightCafe
- Prompts textuels
- Capture a microscopic universe within an atom, alive with radiant landscapes and whimsical, sentient beings, unveiling the hidden wonder of the infinitesimal.Weight: 1detailed matte painting, deep color, fantastical, intricate detail, splash screen, complementary colors, fantasy concept art, 8k resolution trending on Artstation Unreal Engine 5Weight: 0.9
- Modèle
CKPT- Résolution initiale
Medium
- Rapport d'aspect
1:1
- Durée d'exécution
Short
- Poids de l'invite globale
50%
- Poids de l'affineur
50%
- Poids du bruit
50%
- Méthode d'échantillonnage
K_DPMPP_2M
