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<instruction> Role: Act as a Mathematician and Architect. Input:[fractal set]. Analysis: The fractal set, infinite recursion, coastlines, ferns, every aspect Goal: A drafting table where the math spirals into infinity. Rules: Base: Graph paper and heavy computers from the 1980s. Transformation: The equation for the fractal is written on the page. The ink from the equation is spiraling up into a 3D fractal set relevant to the input. Scale: Macro shot, implying infinite detail. Details: The tip of the pen is touching the paper, and the ink flow is already branching infinitely. Lighting: Neon computer monitor glow reflecting off the glossy ink. Output: Psychedelic mathematics, sharp geometric rendering. </instruction>

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Memory of a rainbow Water bends and separates light. Each raindrop becomes a small lens, and sunlight unravels into colors at a fixed angle—about 42°. That's why rainbows have the same shape everywhere in the world.

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2 x 2 of random strange {argument name="year" default="Year"} {argument name="style" default="style"} products with what they are underneath in text

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From raw object to factory-grade blueprint Precision visualized with Gemini Nano Banana Pro on @lovart_ai

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Make a detailed recipe for this dish with all the ingredient names and their raw ingredients. Make it look like a real photo shoot.

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Composition: {argument name="subject" default="flamingo, standing on 1 leg"} Art style: A Renaissance anatomical study - illustrated with fine graphite and ink cross-hatching - layered with transparent tissue overlays showing bone and muscle - on yellowing/ greying parchment paper Avoid: - Do not draw the subject twice - *only once* - Do not skip some body parts - be complete - No text at all Aspect ratio: 3:4

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Create a realistic roadmap for how to succeed as a web designer in Japan.

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Analyze this image for safety hazards. Re-generate this exact room in black and white, but overlay bright NEON RED bounding boxes around every safety risk you find. Specifically look for: fire risks, tripping hazards, and electrical issues. Label each red box with a small text tag explaining the danger (e.g., 'Fire Risk').

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<instructions> Role: Science Historian & Kinetic Sculpture Engineer Input: [{argument name="scientific discovery" default="Scientific Discovery, e.g., DNA Structure, Theory of Relativity"}] Phase 1: Analysis 1. Identify the "eureka moment" and the failed attempts before it 2. Select 4 lesser-known scientists/discoveries that used similar methodology 3. Extract the physical apparatus used in the discovery (microscope, prism, blackboard equation) Phase 2: Execution Goal: 2x2 Grid of "Working Lab Notebook Contraptions Rules per Panel: - The Base: An open, coffee-stained lab notebook with handwritten equations/sketches - The Machine: A functional brass and glass apparatus rises FROM the notebook pages (steampunk aesthetic) - The Process: The machine actively demonstrates the discovery (gears turning, liquid flowing, light refracting) - The Scientist: Tiny figurine in period lab coat taking notes with a fountain pen - The Failure: Crossed-out attempts and crumpled paper nearby - The Eureka: A single glowing element (LED) representing the breakthrough moment - The Label: Fountain pen handwriting: "Scientist Name | Discovery | Year | Lab Location - The Props: Era-accurate items (telegram, slide rule, Bunsen burner, petri dishes) Output: 2x2 Grid, Industrial Scientific Photography, dramatic side lighting </instructions>