Hi, I'm Yunus Emre Vurgun
or... Yµn ^…^ ƒ(x)

I'm a software developer and an IT specialist. Also known as a computer geek. I'm too obsessed with my own thoughts and, of course, my algorithms. Under any circumstances, don't hand me your electronic devices or I'll get curious and unscrew them to take a look at their insides and won't be able to put them back together. You will find me whispering curse words to an AI assistant because it returned a wrong code snippet (I was the one who wrote the messed up code and gave it to the AI), and I'll be so busy that I won't even notice you're there. Unless you're a computer geek too, in which case I'll be communicating with you in encrypted binary code sent over radio frequencies from my basement.I think I like space stuff. Also playing instruments.

"Machine listens to data, data listens to machine, I just observe their little game."

3D Lissajous Figures

Interactive 3D mathematical curves: x = A·sin(fx·t + φ), y = A·sin(fy·t + φ), z = A·sin(fz·t + φ)

Drag to rotate • Touch to interact • Each curve represents different frequency ratios

What are Lissajous Figures?

These are complex 3D curves created by combining three sine waves with different frequencies (fx, fy, fz) and phases (φ). Each curve represents a unique mathematical relationship between oscillating systems.

Why are they used?

Lissajous curves are fundamental in signal processing, electronics, and physics. They help visualize:

  • Frequency relationships in oscillators and circuits
  • Phase differences in wave interference patterns
  • Harmonic analysis in music and acoustics
  • Orbital mechanics and celestial body trajectories
  • Creating beautiful animations to display on personal websites like mine