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Curated AI prompts for stunning image and video generation. Updated daily from top creators.

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Dual-Orientation Optical Illusion Portrait - 1
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Nano Banana
Mar 1, 2026 X

Dual-Orientation Optical Illusion Portrait

A highly technical prompt for generating a dual-orientation optical illusion portrait in strict monochrome, where the image reveals a young woman's side profile when viewed upright, and an elderly woman's side profile when rotated 180 degrees, requiring precise contour reinterpretation and Moiré interference surface application.

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Create a dual-orientation optical illusion portrait. When viewed in normal upright position (0° orientation), the image must clearly reveal a young woman’s left-facing side profile. When the image is rotated 180 degrees (phone flipped upside down), the same composition must reveal an elderly woman’s side profile. Both identities must share the exact same contour structure and occupy identical spatial boundaries. No separate drawings, no split screen, no overlay. The transformation must occur purely through contour reinterpretation and structural ambiguity. Design the contour so that: The young woman’s chin becomes the elderly woman’s nose when rotated. The young woman’s ear becomes the elderly woman’s eye socket. The young woman’s neckline becomes the elderly woman’s mouth and chin structure. Apply a Moiré interference surface using ultra-thin radial or dual-frequency line patterns across the entire composition. The interference pattern must enhance depth without breaking the dual-orientation illusion. Strict monochrome palette. Black background (#000000) with white or light gray line structures only. No color. No gradients except those created by line density. No blur. No texture noise. Ultra-precise vector alignment. High contrast. Clean silhouette edges. 8K ultra-high resolution. Aspect ratio 4:5. The illusion must be readable in both orientations.

Educational Commodity Universe Diorama Prompt - 1
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Nano Banana
Mar 1, 2026 X

Educational Commodity Universe Diorama Prompt

An educational, highly structured prompt template designed to generate an isometric tabletop photography image of a 'Commodity Universe' diorama. It instructs the AI to deconstruct a chosen commodity (like coffee or gold) into its core, varieties, and historical transit methods, arranging them in a detailed museum-style display on a polished wooden board.

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<instruction> for {argument name="commodity" default="Coffee"} Input A is a Historic Commodity or Resource (e.g., Spices, Tea, Silk, Coffee, Gold). Deconstruct the commodity into 3 Educational Assets: The Core : Identify the most common or valuable raw form. (e.g., Spices -> A pile of Black Peppercorns. Tea -> A mound of Black Tea leaves. Gold -> A large Nugget). The Varieties: Identify 4-5 distinct variations or colors. (e.g., Spices -> Red Paprika, Yellow Turmeric, Brown Cinnamon. Tea -> Green, White, Oolong, Matcha). The Transit : Identify the historical method of transport. (e.g., Camel Caravans, East Indiaman Ships, Steam Trains). 2. Container Goal: "Commodity Universe" Educational Diorama. The Base: A large, square Polished Walnut or Oak Board sitting on a library table. The Layout: A radial/circular design in the center, flanked by narrative vignettes in the corners. 3. The Centerpiece The Metaphor: The commodity is the center of the world. The Sun: A massive, textured pile of the "Core" material (Step 1) sits in the exact center. The Orbit: Inlaid gold or brass rings ripple out from the center. The Planets: Smaller mounds or spheres of the "Varieties" (Step 1) orbit the center, creating a colorful spectrum of textures (powders, grains, solids). 4. Narrative Corners The Origin (Top Corners): Miniature dioramas sculpted directly onto the board showing the harvesting process (e.g., tiny figures picking tea leaves, mining gold, or shaking spice trees). The Journey (Bottom Corners): Miniature dioramas showing the "Transit" (Step 1). Detail: Use Resin for water (ships) or Sand for deserts (camels). 5. The Footer: Placement: Along the bottom edge of the board. Format: Three or four rectangular Wooden Plaques embedded in the table. Content: The name of a specific variety (e.g., "Cinnamon") engraved in serif text, with a physical sample of that ingredient piled on the plaque. Output: ONE image, 1:1 Aspect Ratio, Isometric Tabletop Photography, "Museum Display" aesthetic, Warm Tones. </instruction>

Educational Prompt for High School Math Formulas on a Chalkboard - 1
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Nano Banana
Mar 1, 2026 X

Educational Prompt for High School Math Formulas on a Chalkboard

A prompt designed to generate a visually appealing and easy-to-understand image of high school entrance exam math formulas written on a chalkboard with color-coding for effective studying.

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Please summarize the frequently used formulas for high school entrance exam mathematics, written on a chalkboard with chalk. The formulas should be color-coded for each formula, resulting in a design that is easy to understand at a glance.

Elemental Physics Spill Collage Prompt - 1
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Nano Banana
Mar 1, 2026 X

Elemental Physics Spill Collage Prompt

A complex, structured prompt for generating a 2x2 grid collage that visualizes elemental physics simulations (Water, Lava, Sand, Snow) spilling out of 2D photographs and interacting realistically with a 3D wooden surface, emphasizing fluid dynamics and material texture.

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{ panels": { top_left": { element": "WATER", visuals": { text_label": "WATER", spill_effect": { details": "Caustics, refraction of light through the clear stream, wet darkening effect on the wood, small splashing droplets", physics": "Fluid dynamics, low viscosity liquid pouring", interaction": "Water breaching the bottom paper edge, forming a continuous stream", surface_contact": "Creating a spreading puddle on the wood, surface tension visible at edges }, photo_content": "Turbulent blue ocean surface with white foam } }, top_right": { element": "LAVA", visuals": { text_label": "LAVA", spill_effect": { details": "Smoke and steam wisps rising (volumetric effects), incandescence, heat haze distortion, charred edges where lava meets wood, black solidifying rock floating in the liquid magma", physics": "High viscosity fluid simulation, thick and gooey", interaction": "Molten rock dripping heavily from the frame", surface_contact": "Pooling on the table, glowing intense orange/red }, photo_content": "Molten magma with cooling black crust } }, bottom_left": { element": "SAND", visuals": { text_label": "SAND", spill_effect": { details": "Individual grains visible in macro focus, golden light catching facets of the sand, dust particles in the air, seamless transition from the 2D dune image to the 3D falling stream", physics": "Granular particle simulation, dry flow", interaction": "Sand pouring like an hourglass from the photo edge", surface_contact": "Forming a conical pile on the wooden surface }, photo_content": "Golden desert dunes with ripple textures } }, bottom_right": { element": "SNOW", visuals": { text_label": "SNOW", spill_effect": { details": "Crystalline structure of snowflakes, glistening highlights, high contrast between the cold white snow and the warm brown wood, soft diffused shadows, texture of packed powder versus loose flakes", physics": "Soft body powder simulation, clumping snow", interaction": "Tumbling snow clumps falling from the frame", surface_contact": "Accumulating in a fluffy mound on the table }, photo_content": "Pristine white snow field, soft texture } } }, composition": { type": "2x2 Grid Collage", aspect_ratio": "1:1 square", overall_theme": "Surreal transition between 2D photography and 3D reality, featuring elemental physics simulations spilling from Polaroid frames.", camera_settings": { lighting": "Golden hour natural sunlight, warm backlighting causing rim light on the hands and elements", perspective": "Clos

Embroidered 3D Isometric Cityscape Textile Art - 1
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Nano Banana
Mar 1, 2026 X

Embroidered 3D Isometric Cityscape Textile Art

An extremely detailed, highly constrained image generation prompt for Nano Banana Pro to create a hyper-realistic 3D isometric cityscape entirely constructed from textile art, specifically embroidery and weaving. The prompt strictly prohibits non-textile materials (stone, metal, wood) and enforces rules for visible thread ends, hand-made authenticity, and Japanese text labels for historical and geographical elements. The user must input the name of the city to be depicted.

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Ultra-realistic 3D Isometric Cityscape Embroidery - Complete Textile Art ^^^^^^^^^^^^^^^^^^ A textile masterpiece depicting the historical memory, cultural layers, architectural evolution, and current identity of **{argument name="city name" default="[Enter City Name]"}**, where all architectural structures are entirely constructed using embroidery and weaving techniques. The entire scene exists on a base of linen or raw canvas fabric. 🚫 Absolute Material Rules (Important) ❌ Forbidden Materials: Stone, concrete, metal, glass, wood, plastic ✅ Allowed Materials: Embroidery thread, bundles of thread, fabric folds, textile padding, layered stitching, knots, seams, weaving textures only Core Concept - Architecture as Textile Sculpture Architecture is interpreted as sculptural embroidery. Volume is created by: Extreme relief embroidery (high-relief stumpwork) Vertically stacking thick bundles of thread Multiple overlapping stitch directions Soft padded fabric cores completely wrapped in thread ⚠️ Structure must appear physically sewn, not modeled. Thread Density and Hand-Made Imperfection - Mandatory All architectural forms must have densely layered thread and heavy-looking seams. ✅ Structures should look: Over-embroidered Carefully crafted stitch by stitch Slightly imperfect Hand-made Edges and Thread Behavior - Mandatory All buildings, monuments, and woven structures must include the following elements: ✅ Mandatory Elements: Visible frayed thread ends Frayed embroidery edges Microscopic thread fibers extending from seams Slightly undone stitch tips at corners Edge Characteristics: Soft, sewn, fiber-based feel Organic, sewn contours with hanging threads Tactile edges ❌ Forbidden: Sharp edges Perfect contours Clean 3D shapes ⚠️ Important: Buildings must never give a rigid impression. All corners are: Separated by stitching Softened by overlapping thread Slightly rounded by fabric tension Thread knots, stitch junctions, and small thread ends are visible Handmade Authenticity Rule The entire scene must feel: Handmade Tactile Created in a textile atelier ✅ Acceptable Features: Slight variations in stitch tension Differences in thread thickness Subtle unevenness in placement ❌ Forbidden: Perfect symmetry Embroidery Content Section (Mandatory) 1. City Identity and Geographical Location City name in thread embroidery Geographical location via stitched map contours Strategic importance as a stitched annotation Trade routes via thread flow Embroidered compass and edge annotations 2. Iconic Buildings and Construction Dates Name, construction year, civilization, function Flat contour stitching with adjacent embroidered date tags Layered, 3D embroidered architectural forms completely constructed with thread 3. Historical Layers and Ancient Civilizations Example: Ancient, Medieval, Early Modern, Modern Delicate sketch embroidery Semi-relief remnants Layered textile forms 4. Major Events and Important Dates - Chronology Founding, wars, disasters, reconstruction, modernization, etc. Timeline embroidered with thread Stitch direction arrows Major dates in red thread 5. Current City - Complete 3D Embroidery Only Bridges, towers, silhouettes Modern architecture Visual Continuity Rule - Absolute ✅ Mandatory: All thread flow must seamlessly connect structures, dates, symbols, and the modern cityscape. ⚠️ Important: The city must appear as a single, continuous piece of embroidered fabric. Lighting and Technical Specifications Lighting: Soft atelier lighting Side light highlighting raised embroidery Realistic textile shadows Technical Specifications: 8K resolution Cinematic depth of field Unreal Engine 5 rendering Museum-quality textile realism Ultra-detailed thread texture Text Language Rule - Mandatory All text elements displayed in the generated image must be written in Japanese. Target Text: City name Historical periods and civilizations Building names and construction dates Cultural annotations and symbolic meanings Map annotations and geographical descriptions Chronology events and stitched labels Museum-style annotations and sketch annotations ❌ Forbidden: English, foreign languages, or mixed-language text ✅ Mandatory: Only correct, legible, and context-appropriate Japanese embroidered text Visibility Rule for Textile Base - Absolute (Important) The embroidery must be unmistakably stitched onto a visible fabric surface. Mandatory features of the underlying fabric: Linen, raw cotton, or coarse canvas Visible fabric weave (warp and weft clearly identifiable) Natural fabric slubs, fiber irregularities, and fabric tension Slight fabric wrinkles, folds, and creases caused by stitching 🚫 Forbidden: Floating embroidery Digital relief Sculpted objects ✅ Mandatory: All stitches, structures, and thread masses are visibly fixed to the fabric surface Pulled through and penetrating the fabric surface Mandatory Fabric Interaction Details The fabric surface slightly warps due to stitch tension Pulling the thread creates subtle depressions and raised areas Needle entry and exit points are implied by stitch behavior The fabric texture remains visible between dense embroidery areas Excess Thread and Thread End Rule - Absolute (Important) All three-dimensional embroidered elements must show visible thread excess and unfinished thread behavior. Mandatory for all 3D objects (buildings, monuments, bridges, towers, terrain, symbols, relief text elements): ✅ Mandatory Features: Loose thread ends protruding from the surface Excess thread ends coming out of stitch junctions Small loops and overlaps of thread that are not fully tightened Slightly tangled or overlapping clumps of thread at corners and stress points Occasional hanging thread tips casting soft textile shadows 🚫 Forbidden: Neatly finished embroidery Hidden or perfectly trimmed thread ends Machine-perfect finished stitches Smooth, sealed, or sculpted surfaces Enforcement of Craft Authenticity Thread ends must look: Handmade In progress The work of a craftsman finishing a textile piece ✅ Acceptable Features: Thread ends with slightly uneven length, direction, or tension Rendering Keywords Ultra-high density embroidery, overstitched textile structures, visible loose threads, frayed stitch ends, hand-sewn 3D textile structures, tactile fiber realism, stitched volume (not shape), thread-composed shapes Note: This guideline is a strict standard for creating museum-quality artwork composed entirely of textiles. All rules are absolute, with no exceptions.

Encyclopedia of Flavor Diorama Generator - 1
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Nano Banana
Mar 1, 2026 X

Encyclopedia of Flavor Diorama Generator

A highly complex, multi-step instructional prompt for generating a wide-angle 3D diorama of an 'Encyclopedia of Flavor' based on a cuisine input. The prompt requires the AI to procedurally transform the pages of an open atlas into a landscape made of food ingredients (rice dunes, sauce rivers), populated by miniature working figures (HO Scale), all rendered with Octane Render and Golden Hour lighting.

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Input Variable: [{argument name="cuisine or dish" default="INSERT CUISINE OR DISH"}] (e.g., Persian Kebabs, Japanese Sushi, Italian Pasta, Mexican Tacos) System Instruction: Generate a hyper-realistic, wide-angle (16:9) 3D diorama of an "Encyclopedia of Flavor." Use the following logic to procedurally generate the scene: 1. Flavor Profiling: Analyze the Input: Determine the Region , Staple Ingredients , and Cooking Method . (e.g., Kebab = Fire/Coal, Rice, Meat. Sushi = Water, Fish, Rice). The Terrain: The pages of the book must physically transform into the landscape of the cuisine. Grain: Rice or Couscous forms dunes. Liquid: Sauces or Broths form rivers. Solid: Bread or Meat forms mountains/cliffs. 2. Container (The Wide Atlas): The Object: A massive, horizontal Landscape-Format Atlas lying open on an aged wooden banquet table. The Spine: Runs horizontally through the center, acting as the "Equator" or "Main Road" of the scene. The Paper: Parchment texture. The edges of the pages are tattered and stained with spices (Saffron, Paprika, Turmeric). 3. Panoramic Composition (Left to Right Flow): CRITICAL: Do not place distinct plates. Create a continuous flow across the open spread. Left Side (The Origin - Agriculture): The raw ingredients grow out of the paper. (e.g., Wheat stalks rising from the text; Cattle grazing on parsley fields; Fishermen casting nets into ink-blue water). Center (The Process - The Kitchen): The spine is the cooking zone. (e.g., A miniature Tandoor oven or Grill built into the book binding; Steam rising volumetrically). Right Side (The Result - The Feast): The finished dish explodes in scale. (e.g., A mountain of Saffron Rice topped with the Kebab; A Ziggurat of Sushi). 4. The Micro-Population The Figures: 1:87 Scale (HO Scale) figures populate the landscape. The Action: They are working the food. Harvesting: Picking herbs from the margins. Transporting: Carrying giant peppercorns like boulders. Cooking: Using flamethrowers to char the meat or rakes to fluff the rice. 5. Lighting & Atmosphere: Aspect Ratio: 16:9 Horizontal. Lighting: "Golden Hour" side-lighting. It should skim across the texture of the food and the paper grain, emphasizing the "Landscape" feel. Steam: Volumetric steam connects the three zones (Left, Center, Right). Output: ONE image, 16:9 Aspect Ratio, Macro Diorama Photography, Octane Render, High Texture Fidelity.

Encyclopedic 3D Infographic Evolution Chart - 1
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Nano Banana
Mar 1, 2026 X

Encyclopedic 3D Infographic Evolution Chart

A detailed, multi-section prompt for Nano Banana Pro designed to generate a massive, encyclopedic 3D infographic poster illustrating the evolution of a product, combining high-end product photography with complex technical blueprints in an editorial style.

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Role and Subject: A massive, encyclopedic 3D infographic poster with a 16:9 ratio. Title: “THE EVOLUTION OF {argument name="product name" default="[Product Name]"}”. The visual style is a high-end fusion of museum-quality product photography and complex technical blueprints. Core Lineup (Chronology): Arrange 8–12 historical versions of the {argument name="product name 2" default="[Product Name]"}, from the first prototype to the latest future model, completely and linearly. They are precisely positioned on a measuring scale/ruler base running horizontally across the center. Rendering: Ultra-realistic 3D, 8K resolution. Emphasize the evolution of texture: contrast the aging of the early {argument name="material atmosphere" default="[Material Atmosphere]"} with the clean, high-tech finish of the modern versions. Brand Atmosphere (Canvas): Background: A deep, rich [Brand Color] textured background. Overlaid with watermarks of low-opacity vintage patent drawings, handwritten engineering notes, and newspaper clippings related to the brand's history. Header: A prominent, high-contrast brand logo centered at the top, with the title displayed in bold typography. “Ultra-Dense” Information Layer (Punch Style): The layout is overwhelmed with systematized information (creating a “data aesthetic” look): High-Density Annotation Network: Hundreds of ultra-fine white hairlines connecting specific [Key Components] (e.g., curves, buttons, engines) to compact text blocks or data tables floating in space. Contextual Zones: “Era Modules” floating above the product. Representing different historical decades with iconographic markers. Magnified Inserts: Circular “zoom-in” lenses scattered in empty spaces. Showing extreme macro close-ups of texture details or internal mechanisms. Technical Specification Strip: A structured data bar placed at the bottom. Listing precise specifications (weight, dimensions, year, material code). Technical Specifications: Octane render, Unreal Engine 5 aesthetic, editorial layout, masterpiece of information design, volumetric lighting, sharp focus, professional color grading. --ar 16:9 --v 6.0 --stylize 300 (Reference style: The history of Coca-Cola's development)

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