Man in gold glasses with neon blue and red rim lighting

A cinematic close-up of a man wearing elegant round gold-framed glasses with orange reflective lenses, illuminated by dramatic neon blue and red rim lights against a black background.

Prompt

Create an ultra-photorealistic cinematic close-up portrait using the uploaded image as the reference. Preserve the subject's exact facial identity without altering the face, expression, age, facial structure, hairstyle, beard shape, beard density, skin tone, pores, wrinkles, fine facial hair, and all natural skin imperfections. Maintain the authentic facial proportions and realistic texture.

Add elegant, thin round gold-framed glasses with vivid translucent orange reflective lenses, ensuring the eyes remain razor-sharp and clearly visible through the reflections. Render physically accurate lens reflections, subtle refractions, metallic gold highlights, and realistic glass transparency.

Illuminate the portrait with dramatic neon blue rim lighting from the left and fiery red rim lighting from the right, creating a striking cyberpunk cinematic atmosphere against a pure deep black background. Use premium cinematic HDR lighting with smooth color separation, realistic falloff, and high contrast.

Capture every skin pore, wrinkle, beard strand, eyebrow hair, eyelash, and individual hair fiber in extraordinary detail. Produce realistic skin micro-texture, natural subsurface scattering, glossy lips, detailed eyes, and lifelike facial contours.

Style as luxury editorial fashion photography, featuring ultra-shallow depth of field, razor-sharp focus on the eyes and glasses, creamy background bokeh, exceptional dynamic range, crisp metallic highlights, and premium color grading.

Award-winning futuristic cyberpunk aesthetic, uncompromising 8K photorealism, hyper-realistic rendering, cinematic composition, masterpiece quality, highly detailed, ultra-realistic, HDR, DSLR, medium-format camera quality, studio lighting, realistic reflections, premium retouching, professional color science. Aspect Ratio: 3:4
Published: July 22, 2026 by