Overview
Riemann's Lens invites players into a fascinating simulation of a Riemannian wormhole, offering a unique interactive art experience. Developed by Aaron Schinder and published by Schinder Labs LLC, this game delves into the complex concepts of non-euclidean geometry and the visual phenomena associated with these theoretical cosmic tunnels. While the existence of wormholes in nature remains speculative, Riemann's Lens provides a platform to explore their properties and consequences through computer simulation.
Highlights
- Experience a virtual art display where you can navigate through and around a simulated Riemannian wormhole.
- Customize the wormhole's size and geometry, and even define custom scenery using a scripting language.
- Witness mind-bending visual effects generated by non-euclidean ray-tracing powered by your graphics card.
Who It's For
This simulation is perfect for curious minds, fans of abstract art, and those interested in theoretical physics and geometry. It's an ideal choice for players looking for a unique, thought-provoking, and visually engaging experience rather than traditional gameplay.
Game Info
Riemann's Lens utilizes a compute shader for its advanced non-euclidean ray-tracing, leveraging the power of modern graphics cards to render its unique visuals. The simulation allows for direct interaction, letting you fly through the wormhole and observe simple Euclidean scenery at either end. The game supports English and is available for single-player enjoyment with Family Sharing enabled.