A powerful tool for visualizing and understanding Fourier series, making complex mathematical concepts accessible to everyone.
Fourier series and harmonic analysis are fundamental concepts in mathematics, physics, and engineering. They explain how complex signals can be broken down into simple sine and cosine waves, powering everything from music compression to medical imaging.
However, traditional teaching methods often struggle to convey the beauty and intuition behind these concepts. Students are presented with formulas and equations, but rarely get to see how epicycles actually construct complex waveforms in real-time.
We created Harmonic Wave Studio to bridge this gap—to make abstract mathematics tangible, interactive, and beautiful.
Learn Fourier series, signal processing, and frequency analysis through interactive visualization. See formulas come to life and build intuition for complex concepts.
Create engaging demonstrations for your classes. Show students how epicycles construct waveforms, apply filters, and analyze frequency spectra in real-time.
Rapidly prototype signal processing pipelines, test filter designs, and visualize frequency domain transformations without writing code.
Explore the beauty of mathematics and create stunning visualizations. Share your creations with the community and discover new patterns.
We're constantly working to improve Harmonic Wave Studio and add new features. Here's what's on our roadmap:
Generate and playback audio from your waveforms, turning visual patterns into sound.
Explore epicycles and waveforms in three-dimensional space for even more stunning visuals.
Share projects in real-time with others, perfect for remote teaching and collaboration.
Wavelet transforms, time-frequency analysis, and more advanced DSP tools.
Native iOS and Android apps for learning on the go.
Step-by-step tutorials and lessons for students at all levels.