Bioluminescent jellyfish organisms rendered with volumetric light scattering and chromatic aberratio

Hyper-detailed 3D rendering presents morphologically complex jellyfish structures with translucent membranes displaying neon coloration spanning coral red to violet spectrums. Volumetric depth-of-field creates pronounced foreground-to-background separation. Computational bokeh particles establish aquatic environment. Light refraction through gelatinous tissues generates iridescent surface properties with caustic lighting patterns. Rendering employs advanced subsurface scattering to simulate biological translucency. Chromatic aberration distortion at specimen edges indicates post-processing enhancement.