About

📖 About This Project

This is a personal, curiosity-driven exploration into the hidden structure of birdsong.

Birds use complex vocalizations to communicate — but what do those sounds look like when seen through the lens of mathematics and nonlinear dynamics?

Using techniques like Takens' time-delay embedding, I analyze real birdsong recordings and reconstruct their trajectories in phase space. The resulting shapes — called attractors — reveal patterns in how the song evolves, how it's controlled, and possibly how it's understood by other birds.

This project blends biology, mathematics, data visualization, and even physical modeling through 3D printing and holography. Along the way, I’ve created interactive tools that let anyone experiment with sound and structure — and maybe see birdsong in a whole new way.

🎯 Why I Built This

Freedom. Curiosity. Fun.
This project started with a moment of stillness in nature — and became an open-ended journey into science, sound, and creativity.

🔍  Explore the Site 

• 🌀 Try the interactive demos

• 🎵 Learn how bird songs are produced

• 🖨️ See how I turned attractors into physical 3D prints

• 💡 Dive into the math behind time-delay embeddings

📬 Contact

• 🌐 GitHub: https://github.com/navyanthkusampudi

• ✉️ Email: n.kusampudi@mpie.de, navyanthkusam@gmail.com

• 💼 LinkedIn: https://www.linkedin.com/in/navyanth-kusampudi-4966112a/