Create a hyper-realistic, cinematic educational animation explaining PHOTOSYNTHESIS...

Create a hyper-realistic, cinematic educational animation explaining PHOTOSYNTHESIS from microscopic to ecosystem scale. STYLE: Premium cinematic science documentary, photorealistic 3D biology visualization, IMAX-quality macro cinematography, realistic textures, volumetric sunlight, dramatic but scientifically accurate lighting, shallow depth of field, smooth camera movement, ultra-detailed CGI, 4K, realistic green colors, educational yet visually spectacular. SCENE 1 — OPENING Start with a breathtaking sunrise over a lush green forest. Golden sunlight passes through leaves, creating visible atmospheric rays. Camera slowly pushes toward a single healthy green leaf. On-screen title: “PHOTOSYNTHESIS” Subtitle: “How Plants Make Their Own Food” SCENE 2 — LEAF MACRO Transition seamlessly into an extreme macro shot of the leaf surface. Camera moves through the leaf tissue as if entering a microscopic world. Show realistic plant cells and chloroplasts in 3D. Highlight the chloroplast with a subtle glowing outline. SCENE 3 — WATER ABSORPTION Cut to the roots underground. Show water molecules being absorbed from the soil by tiny root hairs. Follow the water traveling upward through xylem vessels toward the leaves. Use elegant blue molecular particles to represent H₂O. SCENE 4 — CARBON DIOXIDE Return to the leaf. Show CO₂ molecules floating through the atmosphere and entering the leaf through microscopic stomata. Camera follows the CO₂ molecule into the internal leaf structure. Label: “Carbon Dioxide (CO₂)” SCENE 5 — SUNLIGHT Show sunlight photons reaching chloroplasts inside a plant cell. Make the light particles visually clear and scientifically elegant. Show chlorophyll absorbing light energy. Use a cinematic transition from sunlight → chlorophyll → chemical energy. SCENE 6 — CHLOROPLAST Zoom deeper inside the chloroplast. Reveal detailed thylakoid membranes and chlorophyll molecules. Visualize the light-dependent reactions in a simplified but scientifically accurate way. Show water molecules being split, releasing oxygen. Highlight: “O₂ released” SCENE 7 — GLUCOSE CREATION Transition into the Calvin cycle inside the chloroplast. Show CO₂ molecules combining through a visually understandable molecular process to form glucose. Glucose molecules should appear as organized molecular structures rather than random particles. Label: “Glucose (C₆H₁₂O₆)” SCENE 8 — COMPLETE PROCESS Pull the camera rapidly backward: molecule → chloroplast → plant cell → leaf → entire plant → forest. Visually connect sunlight, water and carbon dioxide flowing into the plant, while oxygen and glucose emerge. Display the equation prominently: 6CO₂ + 6H₂O + LIGHT ENERGY → C₆H₁₂O₆ + 6O₂ SCENE 9 — CINEMATIC ENDING Return to the original forest at golden hour. Show plants releasing oxygen into the atmosphere while sunlight illuminates the ecosystem. Slow cinematic aerial pullback revealing a vast green landscape. Final text: “Photosynthesis powers life on Earth.” CAMERA: Slow cinematic dolly shots, macro push-ins, orbital camera movements, smooth transitions, controlled focus pulls, microscopic fly-throughs, aerial pullbacks, no shaky camera. VISUAL QUALITY: Photorealistic biological CGI, physically accurate materials, realistic plant anatomy, detailed molecular visualization, volumetric lighting, global illumination, realistic shadows, depth of field, cinematic lens effects, premium documentary production quality, 4K, ultra sharp, 16:9. AUDIO: Cinematic orchestral background score with subtle scientific atmosphere, soft plant/forest ambience, gentle molecular transition sound effects, subtle impact when the photosynthesis equation appears. No distracting music during educational explanations. IMPORTANT: Keep all biology scientifically accurate. Maintain consistent plant anatomy and molecular representations throughout. Text must be clean, correctly spelled and highly readable. No cartoon style, no fantasy elements, no distorted leaves, no extra limbs, no random molecules, no inaccurate biological structures.