GPT Image Prompt
How to useCopy this prompt and paste it into ChatGPT, Gemini, Nano Banana, or your favorite AI image tool. Adjust details if needed.
Create a highly realistic vertical educational science poster for primary school students that explains the three common states of matter through one realistic top-down science demonstration table. Do not use a separate title banner. Build the words “SOLID • LIQUID • GAS” directly from the materials being explained: “SOLID” embossed into a clear block of ice on the left, “LIQUID” formed through ripples on a pool of water in the center, and “GAS” appearing as clean lettering within a rising cloud zone on the right. Place the smaller phrase “THREE COMMON STATES OF MATTER” on a realistic laboratory label near the bottom edge. Show only a pair of adult teacher’s hands entering subtly from the outer edges as they safely arrange the experiment, keeping the hands secondary and never the visual focus.
Arrange three connected experimental zones across a charcoal-gray stone laboratory table without equal rectangular cards. On the left, show a clear ice cube and several familiar solid objects resting on a dark slate surface, with compact white annotations: “SOLID,” “Particles stay close together and mainly vibrate in place.” and “Has a definite shape and volume.” In the center, show water being poured between three differently shaped transparent containers, with the same amount of water clearly maintained while the shape changes, labeled “LIQUID,” “Particles stay close but can move past one another.” and “Has a definite volume and takes the shape of its container.” On the right, show a warm transparent vessel producing invisible water vapor, with visible mist appearing only where the vapor cools and condenses inside a large clear demonstration chamber. Label this area “GAS,” “Particles are far apart and move freely.” and “Spreads to fill the available space.”
Integrate three magnified circular viewing windows directly into the table surface, labeled “PARTICLE MODEL — particles are too small to see directly,” showing solid particles close together in an orderly introductory model, liquid particles close together but irregularly arranged, and gas particles widely spaced. Use the physical objects on the table to create a triangular change-of-state learning path with clean scientific overlays: “ICE → WATER” with “MELTING: heating changes a solid into a liquid.”; “WATER → WATER VAPOR” with “EVAPORATION: some liquid particles escape into the gas state.”; “WATER VAPOR → WATER DROPLETS” with “CONDENSATION: cooling changes a gas into a liquid.”; and “WATER → ICE” with “FREEZING: cooling changes a liquid into a solid.” Show condensation realistically as droplets forming on a cool transparent lid or metal surface. Add a clipboard partly entering the lower-right corner with “TRY THIS” and “Pour the same amount of water into containers of different shapes. What changes? What stays the same?”
Use realistic overhead science photography blended with clean scientific overlays, accurate glass reflections, natural ice texture, believable water movement, condensation droplets, laboratory materials, silver equipment, icy cyan highlights, white mist, and restrained educational typography. Keep the scene visually continuous, precise, and classroom-friendly. Maintain scientific accuracy throughout: do not call visible steam water vapor, do not show particles changing size between states, do not space liquid particles like gas particles, do not imply that all solids have perfectly ordered particles beyond the simplified model, and do not include unsafe flames, children handling hot equipment, natural landscapes, space imagery, cream anatomy backgrounds, large human faces, bright pastel classroom styling, repeated rounded boxes, numbered stages, or a conventional top-to-bottom reading path.