Human eye anatomy transitions from macro to atomic scale in fractal composition

Execute a continuous fractal scale-jump of [$biological_system].
Autonomously derive the biological ontology, transitioning seamlessly from gross anatomy to molecular biology across 5 distinct magnification scales within a single continuous composition.
1. Scale 1 (Macro): Render the intact organ/system in its anatomical context, highlighting its primary physiological function and vascular/innervation supply.
2. Scale 2 (Tissue): Zoom into a specific functional sub-unit. Dynamically map the distinct cell types present, their extracellular matrix, and the local chemical gradients.
3. Scale 3 (Cellular): Isolate the primary functional cell. Render its internal organelle topology, specifically highlighting the machinery responsible for the system's unique function.
4. Scale 4 (Molecular): Zoom into the specific receptor, ion channel, or motor protein driving the function. Show the ligand binding or conformational change in progress.
5. Scale 5 (Atomic/Quantum): Resolve the active site at the atomic level. Show the specific electron transfers, hydrogen bonding networks, or photon absorptions that initiate the entire biological cascade.
Visual execution: Use a "nested portal" or "magnifying lens" transition effect to connect the scales. The aesthetic should shift from warm, fleshy, and translucent at the macro scale, to cold, geometric, and crystalline at the atomic scale. Use elegant, minimal callouts to explain the emergent property at each level.