Sure thing. Think of an echo as a delayed copy of the original sound that’s been filtered through whatever space it bounced off. The delay time tells you how far the reflection came from, and the decay—how fast it fades—tells you about the surface roughness and absorption. In a studio, you’d measure the impulse response with a click or sine sweep, then analyze the peaks. The first peak is the direct sound, the next is the first reflection, and so on. When you turn that data into a track, the trick is to balance that raw physics with creative placement. A long, smooth decay can give a cathedral feel, but if you cut it abruptly it can become a metallic slap. Add subtle phase shifts or slight pitch modulation to make it feel organic. And remember, too much echo can drown the mix—just like too many reverb tails can make a room feel like a foggy canyon. So isolate the right source, pick the right delay time, apply a tasteful filter, and let the echo dance without stealing the spotlight.