Phyllo: Plant Geometry Lab

Phyllo is an interactive laboratory designed to reveal the hidden mathematics governing the plant kingdom. Have you ever wondered why leaves grow in specific patterns or how a sunflower packs its seeds so perfectly? Explore the fascinating world of phyllotaxy—the study of leaf arrangement—through high-fidelity simulations and botanical analysis. Discover Nature’s Blueprints From the iconic Golden Angle to decussate pairs, Phyllo allows you to visualize the geometric rules that plants use to optimize growth. Switch between various arrangements and see how different species utilize unique patterns to thrive in their environments. Interactive Simulation Lab Take control of the growth process. Our simulation engine lets you manipulate botanical parameters in real-time: • Adjust leaf size and stalk spacing. • Control the density of growth on the stem. • Observe how mathematical changes shift the entire structure of the plant. Analyze Light Capture Switch to the top-down view to study light interception. Visualize how a plant’s geometry prevents self-shading, ensuring every leaf has the best chance to capture sunlight. It’s a powerful tool for students, educators, and anyone curious about the intersection of biology and geometry. Real-World Botany Phyllo connects abstract math to the real world. Learn which patterns correspond to common plants, trees, and succulents. Whether it’s the spiral of a pinecone or the whorled leaves of an oleander, you’ll find the species that use these exact geometric rules. Educational and Intuitive Designed for curiosity, the app provides deep insights into divergence angles and the Fibonacci sequence without complex jargon. Enjoy a fluid, responsive experience with organic animations that bring the science of botany to your fingertips. Features at a Glance: • Dynamic 3D-style stem visualization. • Accurate top-down light profile analysis. • Multiple phyllotaxy rules including Golden Spiral, Whorled, and Opposite. • Interactive sliders for custom plant growth. • A library of real-world species examples. Step into the lab and uncover the geometry of the green world around you.