Advanced Physics Theorems Visualized

16:9 -> Class theoretical_physics_infographic_dna:
    def __init__(self):
        self.subject = "[AI selects: 4 different advanced physics theorems or paradoxes (e.g., Bell's theorem, Hawking radiation, string theory)]"
        self.parents = {
            "composition_parent": "Large Hadron Collider Blueprint — Ultra-complex radial symmetry, crossed particle beam loops, millimeter-level precision mapping",
            "atmosphere_parent": "Deep Space Observatory Photography — Pitch-black void, glowing ultraviolet radiation, high-contrast laser illumination",
            "graphic_parent": "Blackboard maximalism — an elegant, dense mathematical symbol floating as a glowing white vector",
            "detail_parent": "Victorian Brass Optical Instruments — Finely Ground Prisms, Glass Lenses, and Mirror Refractive Planes"
        }
        self.mutations = {
            "medium_mutation": "Mathematical formulas solidify into luminous, bending surrounding light in three-dimensional glass sculptures,"
            "information_mutation": "The particle collision trajectories are woven like fine gold threads against a dark background",
            "semantic_mutation": "Intangible physical laws are presented as huge, tangible, gravitational machines that twist the poster grid itself."
        }
    def generate_grid(self):
        instruction = """
        Generate a 2x2 vertical luxury infographic poster grid to provide a physical form for the selected [theme]. Invent a grand scientific machine or optical 3D model for each subject. Break down layers to display quantum states, gravitational distortions, equations, and subatomic scales. Design must feel like a secret blueprint from a super-advanced, aesthetically obsessed civilization. Semantic inference must make intangible physical laws astonishingly visible.
        """
        return render(
            instruction,
            format="2x2 grid, vertical luxury poster, concept science infographic",
            typography="""
            Main Title: [Theorem/Paradox Name]
            Subtitle: [Physicist/Era]
            Microtext: [Core Equation/Metric Tensor/Explanatory Emblem]
            """,
            composition="Strict radial or gravitational well symmetry. The sharp lines contrast with the deep void. ",
            Lightning="dazzling, clinical lasers that interact with pure optical glass and Vanta Black. ",
            constraints="No cartoon atoms, no clip-art planets, no messy blackboards." Only primitive, museum-level scientific aesthetics. "
        )