Interactive BioXen Fourier Explorer

Tellurium ODE Outputs: Typically smooth (C¹ or C²), so Fourier series converge rapidly—10-20 harmonics often suffice.
Stochastic Simulations: May have discontinuous jumps (Gillespie algorithm), requiring more harmonics or windowed analysis.
Experimental Data: Measurement noise acts as a natural low-pass filter, making high harmonics unreliable.

Welcome to the conceptual bridge between frequency domain analysis and systems biology. This platform demonstrates the spectral mathematics underlying the BioXen Biological Hypervisor Architecture, emphasizing the **oscillatory nature** of cellular processes.

Use the navigation menu to explore the core concepts and interact with the visualizations.

Note:

This tool uses stylized mathematical approximations (Fourier series) to represent biological waveforms. It is a mathematical concept demonstrator, not a biological simulation.

Advanced Demos: For interactive demonstrations of advanced frequency domain analysis techniques from the comprehensive biology report, visit our FDA Biology Explorer.