Create a captivating 30-second vertical 9:16 science animation in authentic 16-bit pixel art. TOPIC: What Happens When a Neuron Fires? Scene 1 (0–5s): Sh…

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Create a captivating 30-second vertical 9:16 science animation in authentic 16-bit pixel art. **TOPIC: What Happens When a Neuron Fires?** Scene 1 (0–5s): Show a detailed pixel-art neuron floating in a dark microscopic environment. Its branching dendrites glow faintly cyan. Slowly reveal the cell body. Scene 2 (5–12s): A bright electrical impulse suddenly travels along the axon as a rapidly moving wave of blue-white pixels. Show the signal moving sequentially, with precise timing and luminous pixel trails. Scene 3 (12–20s): Zoom into the synapse. Tiny glowing neurotransmitter particles are released, cross the narrow gap, and bind to receptors on the neighboring neuron. Every particle movement must be visible and satisfying. Scene 4 (20–26s): The receiving neuron activates, producing a spectacular wave of glowing pixels spreading through its branches. Scene 5 (26–30s): Pull back to reveal both connected neurons, with the signal traveling between them once more. End on a visually striking frame. VISUAL STYLE: Genuine retro 16-bit pixel art, crisp square pixels, consistent pixel size, carefully designed sprites, limited cyan, electric blue, amber and violet palette, deep black background, high contrast, detailed microscopic atmosphere, smooth frame-by-frame animation, elegant lighting created from pixel clusters. MOTION: Continuous purposeful movement, perfectly readable cause-and-effect, no static slideshow, no random morphing, no flickering objects, no inconsistent sprite designs. AUDIO: Subtle futuristic science sound effects synchronized with the electrical impulse and neurotransmitter movement. Add clear, concise English educational narration if supported. QUALITY: Professional science explainer, visually satisfying, scientifically plausible, clean composition, no photorealism, no 3D CGI, no watermarks, no unnecessary text, no misspelled labels.