Четири велики научни идеи като 3D структури

Пълен промпт

Create a single 2x2 grid image showing four famous PhD-level science and mathematics topics transformed from 2D notation into 3D structures.

Use clear Bulgarian labels in each panel, written in large readable text:

Top-left label: “Обща теория на относителността”
Top-right label: “Уравнения на Максуел”
Bottom-left label: “Уравнения на Навие–Стокс”
Bottom-right label: “Хипотеза на Риман”

Panel 1: General Relativity — chalk tensor equations on a blackboard surface rise into a curved spacetime fabric and gravitational well.
Panel 2: Maxwell’s Equations — ink-like vector calculus diagrams lift from parchment and solidify into glowing electromagnetic field loops.
Panel 3: Navier–Stokes Equations — pencil equations on graph paper extrude into a turbulent fluid vortex sculpture.
Panel 4: Riemann Hypothesis — dense mathematical notation rises into a crystalline landscape of complex-plane waves and zeta-function geometry.

For each panel:
Start with a flat surface covered in the correct notation medium. The written equations physically lift off the surface as thin white wireframes, gradually gaining opacity, texture, and mass. At the top of each panel, the wireframes fully solidify into a photorealistic impossible structure representing the topic. Add one tiny scale-model scholar standing on the flat 2D section, looking up in awe at the massive 3D structure.

Style: high-angle isometric view, 3D modern designer-toy aesthetic, miniature diorama, stark contrast between sketchy notation lines and solid realistic mass, clean lighting, sharp details, museum-like composition. Square aspect ratio. Make the Bulgarian labels simple, sharp, centered, and easy to read.