Sports Science Stroboscopic Motion Prompt

1:1, inputs for sports and other viral topics LAYOUT: Stroboscopic multi-exposure along curved trajectory | 5 phases overlapping with transparency decay | Motion vectors mapped as tension lines INPUT: [DYNAMIC_PROCESS] :: [BIOMECHANICAL_OR_PHYSICAL_PRINCIPLE] :: [PERFORMANCE_CONTEXT] SEMANTIC_INFERENCE_CHAIN: INFER(phase_1 FROM [DYNAMIC_PROCESS].initiation_state) INFER(phase_3 FROM [PRINCIPLE].peak_force_or_efficiency) INFER(phase_5 FROM [CONTEXT].resolution_or_impact) INFER(trajectory_curve FROM historical_motion_capture + physics_simulation) WEIGHTED_ARCHITECTURE: phase_n::1.0 * transparency_decay::0.82^(n-1) + (motion_blur_gradient::0.9 ^ stress_amplification::1.15) - (static_pose::0.7 + cartoon_speed_lines::0.8) SPATIAL_LAW: Trajectory follows cubic bezier | Phase spacing compresses at peak force | Negative space expands post-impact MATERIAL_OPTICS: Phase 1: Crisp edge, full opacity | Phase 3: Directional blur, subsurface stress glow | Phase 5: Fragmentation particles, atmospheric diffusion | Surface shows micro-deformation at contact points TYPOGRAPHY: Phase markers use technical indexing | Force vectors labeled with Newton/pascal values | Baseline follows trajectory tangent NEGATIVE: No anime speed lines, no frozen action clichés, no stock sports photography, no neon trails, no flat overlays