AI Prompt for Hyper-Realistic Product Photography with Neon Flames

"Hyper-realistic 4K product photo of a Monster Energy can, logo centered and perfectly sharp, the can suspended in mid-air with no visible support. The can's surface is cold and tactile: dense micro-condensation (droplets 0.1-1.2 mm) with natural gravity streaks, crisp specular glints, subtle lacquer micro-scratches and brushed metallic reflections visible along the curvature. Black body paint reads deep and velvety, the green 'M' claw mark remains vivid and undistorted. From the bottom edge of the frame, vivid neon-green flames erupt upward, frozen mid-motion, licking around the can without touching or consuming it. Flames are hyper-detailed: semi-transparent feathered edges, emissive cores, laminar-to-turbulent transitions, filamentary curls, Kelvin-Helmholtz ripples, wispy tongues and vortex roll-ups. Fine incandescent sparks and nano-embers hang in the air, some caught as sharp pinpoints, others rendered as faint bokeh glints. Tiny heat-distortion ripples subtly bend the background near the flame edges (very restrained). Behind the scene, blurred and veiled in haze, a vague silhouette of a roaring beast's head glows faintly inside green smoke a suggestive contour only, semi-obscured by fog, adding mythic presence without distracting from the can. Cinematic low-angle close-up composition, vertical 3:4. Generous negative space at the bottom emphasizes the upward eruption. Full-frame 100 mm macro prime, f/8 for deep micro-texture, 1/200 s, ISO 100. Critical focus plane on the Monster logo, condensation droplets on the front cylinder, and the nearest flame filaments; background falls smoothly into creamy bokeh. Lighting: dual-rim system with high contrast. Camera-left: intense neon-green backlight (~520 nm) skimming the flames, amplifying translucency and emissive cores. Camera-right: cool blue-white rim (~6500 K) defining the can's cylindrical edges and revealing micro-condensation sparkle. A very subtle frontal fill (5-8%) preserves logo readability without flattening blacks. Black flags and negative fill maintain deep shadows; no spill on the background. Atmosphere: thin volumetric smoke and low-density haze rise from below, catching rim beams to create delicate light shafts. Sparse drifting particles read as 'air texture' around the flames."