Anime girl with short black hair and glowing purple eyes, surrounded by luminescent blue and pink butterflies, wearing black blazer with translucent pattern overlay, neon rim lighting, dark nighttime setting, bioluminescent particles, ethereal magical atmosphere, cyberpunk aesthetic, detailed face, soft volumetric lighting --ar 9:16 --v 6.1 --style raw --s 500

A stunning anime-style illustration of a young woman with short black hair and large glowing purple-blue eyes. She wears a elegant black blazer layered with a translucent patterned white overlay. Her figure is surrounded by luminescent butterflies in vibrant blues, magentas, and pinks. Glowing particles and light trails emanate ethereally from her hands and body. The scene is set in a dark, moody interior with soft neon blue ambient lighting from distant windows. Volumetric light creates a dreamy, magical atmosphere. The art style is detailed digital illustration with cyberpunk-magical realism fusion, high resolution cinematic quality.

anime girl, short black hair, glowing purple blue eyes, black blazer, translucent white pattern overlay, luminescent butterflies (electric blue:1.3), magenta pink accents, bioluminescent particles, neon rim lighting, dark nighttime interior, volumetric light effects, ethereal magical atmosphere, cyberpunk aesthetic, detailed face, soft dreamy glow, high quality digital illustration, 8k resolution. negative_prompt: blurry, low quality, distorted, oversaturated, realistic, photographic

Cinematic high-resolution digital illustration of an ethereal anime character with short black hair and luminous purple-blue eyes. She wears a sleek black blazer with translucent geometric patterning. Surrounded by glowing bioluminescent butterflies in electric blue and magenta hues. Volumetric neon rim lighting creates a mystical atmosphere in this dark moody interior. Magical particles and light trails flow around her. Professional cyberpunk-magical realism fusion artwork. Dreamy contemplative mood. Masterwork-quality rendering with exceptional detail and atmospheric depth.