This paper explores how simple ASCII representations can model complex physical systems with emergent properties. The research demonstrates how Goon Simulator's particle system can be used to study emergent behaviors in fluid dynamics.
A study on the effectiveness of interactive simulations like Goon Simulator in teaching complex physics concepts to undergraduate students. The paper presents case studies from several universities that incorporated the simulator into their curriculum.
Technical analysis of performance optimizations for rendering thousands of particles in browser environments. This paper details the techniques used in Goon Simulator to achieve high performance with large numbers of particles.
Exploration of the intersection between scientific simulation and digital art in particle-based systems. This paper examines how Goon Simulator has been used in digital art installations and creative coding projects.
This paper explores how Goon Simulator's quantum particle type implements probabilistic behaviors that mimic certain aspects of quantum mechanics, creating an accessible educational tool for quantum concepts.
A comprehensive comparison of various browser-based physics engines, including Goon Simulator's custom engine. The paper evaluates performance, accuracy, and usability across different simulation scenarios.
Have you conducted research using Goon Simulator? We welcome submissions of academic papers that utilize our platform for scientific or educational purposes.