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Affiche scientifique de physique théorique en quatre panneaux

Four-Panel Theoretical Physics Science Poster

Affiche scientifique de physique théorique en quatre panneaux — découvrez cette création avec gpt-image-2.5 sur OpenZhenZhen, son prompt original et un exemple de génération à réutiliser.

Affiche scientifique de physique théorique en quatre panneaux — AI image creation
Affiche scientifique de physique théorique en quatre panneaux

Prompt

Prompt chinois

创作一张横向16:9画布，以精确的2×2网格排布四张面积相等、各自纵向构图的奢华科学海报；留出整洁分隔，不要外框样机效果。整体像一块策展严谨的理论物理展览板：深空般的纯黑底色，借鉴粒子对撞机蓝图的精密径向加速器环，纤细白色数学线稿、如金线般的粒子碰撞轨迹，以及精工黄铜棱镜与透镜。公式以克制的发光玻璃造型呈现，轻微折射周围光线；用有形的引力机构表现弯曲时空，并让它轻微扭曲所在分格。四格各有不同科学主体，但共享纯净、博物馆级视觉体系：（1）贝尔–CHSH局域性界限，|S| ≤ 2，以两条关联光路和分离探测器表现；署名Clauser、Horne、Shimony与Holt，1969年。（2）含时薛定谔方程，iħ∂ψ/∂t = Ĥψ，以立体概率波场表现；署名Erwin Schrödinger，1926年。（3）非旋转、无电荷黑洞的Schwarzschild霍金温度，T_H = ħc³/(8πGMk_B)，以黑洞视界和纤细辐射弧表现；署名Stephen Hawking，1975年。（4）爱因斯坦场方程，G_μν + Λg_μν = (8πG/c⁴)T_μν，以物质周围弯曲的发光时空网格表现；署名Albert Einstein，1915年。每格仅包含一个清晰醒目的定理或概念标题、一行较小且准确的科学家与年份，以及指定方程作为辅助文字。每张纵向海报内部保持严格径向或引力井式对称；锐利细线与深邃虚空形成对比，以临床感激光高光照亮光学玻璃，控制整体反差。四格均衡、彼此有别且一眼可读。不得添加其他公式、伪造微型文字、标志、水印、卡通原子、剪贴画行星、凌乱黑板或装饰性杂物。

Prompt anglais

Create one landscape 16:9 canvas as a precise 2×2 grid of four equal, individually designed vertical luxury science posters, with clean gutters and no outer mockup. Treat the grid as a curated theoretical-physics exhibition board. Use a pitch-black deep-space field, hyper-precise radial accelerator-ring geometry inspired by particle-collider blueprints, fine white mathematical linework, hairline gold collision tracks, and finely milled Victorian brass prisms and lenses. Render equations as restrained luminous glass forms that bend nearby light; show gravitational curvature as a tangible mechanism subtly warping its own panel grid. Each panel must have a distinct scientific centerpiece while sharing the same pristine museum-grade visual system: (1) Bell–CHSH locality bound, |S| ≤ 2, with two correlated light paths and separated detectors; credit Clauser, Horne, Shimony and Holt, 1969. (2) Time-dependent Schrödinger equation, iħ∂ψ/∂t = Ĥψ, with a sculptural probability-wave field; credit Erwin Schrödinger, 1926. (3) Schwarzschild Hawking temperature, T_H = ħc³/(8πGMk_B), with a nonrotating, uncharged black-hole horizon and delicate radiation arcs; credit Stephen Hawking, 1975. (4) Einstein field equation, G_μν + Λg_μν = (8πG/c⁴)T_μν, with a luminous spacetime grid bending around matter; credit Albert Einstein, 1915. In every panel, place one legible large theorem or concept title, a small accurate scientist-and-year line, and only the specified equation as supporting text. Keep strict radial or gravitational-well symmetry within each vertical panel, crisp fine lines against deep voids, clinical laser highlights on optical glass, and controlled contrast. Make all four panels balanced, distinct and readable at a glance. Do not add other formulas, fake microtext, logos, watermarks, cartoon atoms, clip-art planets, messy chalkboards, or decorative clutter.

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