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R

Ringking 1978

Model: OpenArt SDXL

Prompt:

A Green Nebula tree surrounded by Stars In Space 2D art style
Scale: 7
Steps: 25
Seed: 851846719
Width: 1024
Height: 1024
Sampler: DPM++ 2M SDE Karras

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Prompt: (The tree of life), intricate branches sprawling, rich and complex foliage, vibrant green leaves glowing in sunlight, deep roots entwined, symbolizing growth and connection, ethereal blue sky, serene ambiance, life and vitality, ultra-detailed, inspiring tranquility, high-quality 4K.
Prompt: Epic Sci-fi universal tree of life in a sea of cosmic stars
Prompt: Green
Green, purple, blue galaxy and white shining stars as background
Futuristic and chrome object in the center
Ocean
Mountain, trench
Tree
Prompt: Spiritual Tree located in the nebula galaxy with long roots deep within the green earth, galaxy colorful leaf with the light trying to escape black hole, purple light
Prompt: Create a high-resolution digital art piece titled "Ethereal Symbiosis: The Algorithmic Genesis" with the following specifications:  

### **Core Concept**:  
- **Generative + AI Collaboration**: Use a custom algorithm to blend organic shapes (tree roots, neural networks) with geometric patterns. Integrate real-time blockchain data (Ethereum price/gas fees) to dynamically alter colors/textures.  
- **Dynamic Layers**: Design 5 unlockable layers (AR, VR, 3D printable, metaverse land, sound visualization) accessible via rare NFT traits.  
- **1/1 Edition**: Embed Ethereum’s Genesis Block hash subtly into the background.  

### **Visual Style**:  
- **Primary Imagery**: A geometric-biomorphic crystal structure with glowing micro-LED nodes symbolizing blockchain transactions.  
- **Color Palette**: Gradient from deep space purple (#4B0082) to neon cyan (#00FFFF), accented with gold.  
- **Animation**: Particles inside the crystal pulse at blockchain transaction speeds. Overlay live Ethereum 2.0 Beacon Chain data flow in the background.  

### **Technical Requirements**:  
- **Resolution**: 8000x8000px, 300 DPI.  
- **Format**: Animated GLB/MP4 for web3 compatibility.  

### **Narrative & Utility**:  
- **Lore**: The art decodes a "decentralized alien civilization" communicating via blockchain. Hide a scannable AR code to unlock a metaverse experience.  
- **Physical-Digital Hybrid**: Include a 3D-printed gold-plated sculpture for the owner.  
- **DAO Access**: Owners gain voting rights in a private DAO guiding the artist’s future projects.  

### **Target Aesthetic**:  
- Comparable to high-value NFTs like CryptoPunks, Art Blocks, and BAYC. Prioritize rarity, utility, and futuristic appeal.
Prompt: Planting the Cosmic World Tree Yggdrasil
Camera: Metamolecular biomimic self-resolving chromophore affinity cluster
Lens: Bioluminescent photoprotein quantasome array with spectrally-resolved TERS
Exposure: Iterative 4.2 gigasample multi-channel hyperspectral fluorescence lifetime
After establishing the celestial infrastructure to support life, the primordial godforce triad of Odin, Vili, and Ve set about catalyzing Yggdrasil - the cosmic World Tree bridging all realities. Kneeling at the primeval wellspring, they imbue a single seed grasped between their mystic staves with the protogenic essence of cosmological fractality itself. Streamers of galactical stardust condense and braid together into a double-helical idiomstream staircase spiraling across every possible dimension. As the seed germinates, gossamer rhizomatic tendrils begin sprouting and branching - both upwards towards new celestial realms and plunging down into the lightless underworld roots tethering all of creation into one vast sentient Unity.
To visually recreate this sublime bursting of the first botanical engram code required developing novel biomimetic molecular sensors, capable of resolving the forces of Life itself at the photonic and chemical level. A programmable cluster of trillions of fluorescent chromoprotein heterostructures was seeded to self-resolve optimal binding affinities. Each nodal chromophore was tuned to resolve specific morphogenic frequencies and transdimensional resonance motifs via multi-channel spectroscopy and tip-enhanced Raman mapping.