Copy-ready prompt
Create a cinematic, realistic 18th-century science laboratory scene inspired by Newton's prism experiment.{argument name="scientist" default="Sir Isaac Newton"} The figure sits in deep darkness, behind a polished table, wearing a fluffy hat.{argument name="wig color" default="silver-white"} A woman wears a curly, powdered wig and period clothing with ruffled cuffs; her face is deliberately obscured by a flat, opaque, dark brown square veil positioned in the center of her head. To the left, a hand adjusts a small, antique brass optical instrument with screws and vertical rods, emitting a bright, horizontal beam of white light. The beam passes through the tabletop, enters a transparent triangular glass prism on the right-center side, and refracts there into a vibrant rainbow spectrum extending downwards and to the right, with clearly visible bands of red, orange, yellow, green, blue, and violet. The design utilizes a black background, strong contrasts of light and shadow, dramatic lens flares, luminous caustics, reflections on a glossy tabletop, delicate glass contours, and an atmosphere imbued with historical and scientific sensibility. It features a widescreen cinematic aspect ratio, high contrast, realistic textures, shallow depth of field, deep cyan and gold tones, and no text.
Prompt breakdown
Create a cinematic, realistic 18th-century science laboratory scene inspired by Newton's prism experiment.{argument name="scientist" default="Sir Isaac Newton"} The figure sits in deep darkness, behind a polished table, wearing a fluffy hat.{argument name="wig color" default="silver-white"} A woman wears a curly, powdered wig and period clothing with ruffled cuffs; her face is deliberately obscured by a flat, opaque, dark brown square veil positioned in the center of her head.
To the left, a hand adjusts a small, antique brass optical instrument with screws and vertical rods, emitting a bright, horizontal beam of white light.
The beam passes through the tabletop, enters a transparent triangular glass prism on the right-center side, and refracts there into a vibrant rainbow spectrum extending downwards and to the right, with clearly visible bands of red, orange, yellow, green, blue, and violet.
The design utilizes a black background, strong contrasts of light and shadow, dramatic lens flares, luminous caustics, reflections on a glossy tabletop, delicate glass contours, and an atmosphere imbued with historical and scientific sensibility.











