Sound Wave Complex Waves and Timbre

Timbre and complex waves. Scott Laird from the NC School of Science & Math discusses the intersection of music and science.

[@hz6612]

this is the best timbre course in the entire youtube !

[@Christopher._M]

Wow, so easy to understand. I was always perplexed as to what harmonics and timbre meant but not any longer.

[@w-poopers]

Underrated video.

[@mckinneyhunts]

Brilliant. Thanks

[@alfiehawes2412]

What software was used to create the 3D waveforms? Thanks 🙏

[@chenliu8854]

Is there a full playlist for it thank you:)

[@MusicArtforSmart]

kzbin.info/aero/PL5wnfKKq3oWEQlRsMM2pSek61DBvhx46O

[@DougGrinbergs]

2:28 cello 3D harmonics, overtones

[@bignbigdog]

nice video!

[@wizard1370]

great stuff

[@TheBoglodite]

So, is this the reason why the same note on different locations on a guitar sound different?

[@Kleo3392]

Yes.

[@tomwright9904]

@@Kleo3392 Lol. I think there is more dampensing higher up so you get fewer overtones and something more siney - complete conjecture though.

[@MusicArtforSmart]

Sound Wave, Complex Waves and Timbre. Scott Laird from the NC School of Science & Math discusses the intersection of music and science.

[@Smmmile]

Strange, you say that the fundamental is always the tallest and lowest frequency, but then you show other instruments where the tallest frequencies aren't the lowest ones.

[@davidcooper2589]

nah, the female definitely sounded a little sharp

[@porple4430]

doohickey