AetherDisk: Hyperbolic Math

Discover the intricate beauty of non-Euclidean geometry with AetherDisk. This application provides a comprehensive environment for exploring the Poincaré disk model, allowing you to visualize and interact with the unique properties of hyperbolic space through high-fidelity modeling.
Whether you are a student, educator, or mathematics enthusiast, AetherDisk transforms complex theoretical concepts into an intuitive visual experience.
Key Features:
• Interactive Geodesics: Place points within the disk to instantly generate hyperbolic straight lines. Observe how these geodesics are represented as circular arcs that intersect the boundary at orthogonal angles, illustrating the fundamental behavior of curved space.
• Saccheri Quadrilaterals: Study the historical foundations of non-Euclidean logic by constructing Saccheri quadrilaterals. Dynamically modify base and leg dimensions to perform live calculations of summit angles and area defects.
• Complex Hyperbolic Tilings: Generate stunning {p,q} tessellations using Schläfli notation. Explore the infinite variety of regular tilings available in the hyperbolic plane, where regular polygons meet at each vertex in configurations impossible in standard Euclidean geometry.
• Geometric Theory: Access integrated guides that explain the underlying mathematics of the Poincaré model, Schläfli symbols, and the unique properties of hyperbolic geodesics.
• Visual Analysis: Experience real-time feedback and precise calculations as you manipulate geometric structures, providing immediate insight into the deviation from Euclidean rules.
AetherDisk is designed to provide a robust environment for the study of spatial logic. Experience a new perspective on geometry through interactive modeling and detailed mathematical visualizations.