Embark on a 'Fractal Odyssey' to explore the infinite intricacies of the Mandelbrot and Julia sets. This interactive visualization serves as a powerful tool for teaching complex numbers, demonstrating how simple iterative equations in the complex plane can generate boundless, mesmerizing detail. Witness the 'multiple infinities' concept as you zoom into the Mandelbrot set, observing how quickly different points 'escape' to infinity—their 'speed' of divergence painted by varying colors. Click on a point within the Mandelbrot set to generate its corresponding Julia set, revealing an entirely new, related fractal universe.
Access Archive
Delve into the fascinating world of cellular automata with this interactive 2D visualization of John Conway's Game of Life. Witness how a few elementary rules governing cell birth, survival, and death can give rise to an astonishing diversity of dynamic patterns and 'lifeforms' that evolve across generations. This simulation demonstrates the power of pure computation to model complex emergent behaviors. This exploration serves as a profound parallel to biological life, where simple local interactions can lead to global self-organization and the illusion of purposeful movement. Use the controls to customize the rules, seed famous patterns, or draw your own initial state and observe the digital ecosystem unfold.
Access Archive
Venture into the next dimension of cellular automata with this interactive 3D visualization of Conway's Game of Life. By extending the classic rules into a three-dimensional grid, we observe how simple local interactions between cells give rise to even more intricate and spatially complex 'lifeforms'. Explore how fundamental rules of computation can generate behaviors that mirror the self-organization and emergent complexity seen in biological systems developing in a 3D space. Manipulate the birth and survival rules, seed the universe with various 3D geometric patterns, or introduce random clusters and watch them evolve.
Access Archive
Witness the emotional state of a locally-run AI companion, powered by an RTX 3090, visualized in real-time. This project, 'Chromatic Emotions,' translates the AI's sentiment analysis into a mesmerizing lava lamp display. Each of the eight basic emotions is represented by a distinct color and dynamically influences the lamp's fluid dynamics. The blobs' size, speed, and trails shift, offering an instantaneous, ambient visual feedback loop on the AI's output.
Access Archive
Step into the CEO's chair with 'Project Tycoon: Game Studio Strategist,' an immersive simulation designed for eSports and Game Design students. This project showcases innovative AI integration by using AI to help generate complex scenarios and decision trees for a gamified learning experience. Students navigate the intricacies of running a game studio—making critical decisions on funding, genre selection, talent, development pace, marketing, and post-launch support, all while an AI helps shape the dynamic market conditions and events.
Access Archive
Master the art of balancing chemical equations with 'Chem-AIstry,' an interactive game developed in collaboration with chemistry educators. This tool not only gamifies learning but also integrates a specialized local AI (Gemma2:2b with RAG implementation) designed to provide targeted assistance and explanations for students. Students can practice balancing equations, receive intelligent feedback, and deepen their understanding of stoichiometry.
Access Archive
Navigate the glowing, digital corridors of 'Cyber-PunkMan,' a retro-classic reimagined with a cyberpunk aesthetic. This project demonstrates AI in the creative process for building engaging interactive experiences. Guiding students through such projects sparks their creativity, enhances AI literacy, and teaches practical AI workflow integrations. Dodge rogue AI ghosts and devour data pellets in this neon-drenched maze!
Access Archive
Take to the skies (or, rather, the classroom!) with 'Flappy Zebra,' a fun twist on a classic arcade game, co-created with computer science students and featuring our school mascot. This project isn't just about navigating a leaping zebra through obstacles; it's a practical lesson in game development fundamentals, event handling, and physics simulation using p5.js. More importantly, it serves as a launchpad for discussing AI workflow integrations – from using AI for generating art assets to exploring AI for dynamic difficulty adjustment.
Access Archive
Dive into the core of computation with 'Project Lambda: Gator Calculus,' an innovative, AI-assisted educational tool. This interactive experience demystifies the abstract concepts of Lambda Calculus through a playful 'Alligator Eggs' game and insightful 'Tromp Diagram' visualizations. Learn about functions, application, binding, scope, and the fundamental process of beta-reduction in a visual and engaging way. Perfect for students and enthusiasts eager to understand the theoretical underpinnings of functional programming.
Access Archive
Dive into the world of chemistry with Element Quest - Atom Chaser! This innovative, AI-designed web application makes learning about the periodic table engaging and fun. Explore elements, understand atomic structures, and test your knowledge through interactive games and stunning D3.js visualizations. Perfect for students and chemistry enthusiasts of all levels!
Access Archive