MiniMax Director Prompt: "Begin with a high-resolution, slow-motion cinematic view of a green leaf on a tree, gently moving with a light breeze under sunlight. The camera starts zooming in with an eagle-eye perspective. As the zoom intensifies, the texture of the leaf becomes a cellular close-up, revealing chloroplasts and microscopic structures within. The zoom continues inward until we enter the molecular scale, revealing a vivid, stylized 3D representation of an oxygen molecule (O₂) inside the leaf — two oxygen atoms bonded together. Then, zoom in further on one of the atoms. The structure of a single oxygen atom is now revealed — with protons and neutrons in the nucleus, and 8 electrons orbiting dynamically around in various shells, glowing subtly. The electrons move smoothly and rhythmically to represent quantum motion. As the camera keeps zooming in, the atom gradually starts shrinking and dissolving into space, disappearing into the quantum vacuum, giving a visual sensation of infinite scale and depth, ending in darkness with a soft glow — symbolizing the hidden energy within."