I’m not sure why the neural network is a dodecahedron made of dodecahedrons made of yet more dodecahedrons, but it looks cool!
@Dskrib3 ай бұрын
If it’s just holes and no cavity, then how does it work as an H resonator?
@brianmcquain33847 ай бұрын
This is great, your coming of as a Genius, in the etymological root and original use of the word, the spirit that was with you to watch over you when you were born, genus generation, from the start, a Genius has knowledge that is used to guide one through life, and that is truly what you are doing. thank you/
@patricksweeney13799 ай бұрын
I was hoping to see the progression of this as I have a practical application (hopefully) of using this type of structure as a sound attenuator for traffic noise (outside wall). Will you be continuing this project?
@georgsteidl224910 ай бұрын
cool, looks and SOUNDS humbling fantastic (mic/youtube distorts, but the humming, I can imagine) Cool
@charlieevergreen351411 ай бұрын
Oh, I forgot to mention that you and I look a lot alike. And I just learned of noise cancelling vessels used as walls within a London public park to absorb the city noise. I’m considering making a wall like this myself, and can do so with ceramics. I might want to consult with you, and you might find it very interesting. Not kidding around with you. All sincere.
@charlieevergreen351411 ай бұрын
I’m wondering if you can get multiple simultaneous resonances out of the following shape: steel can, like you’ve got, with a dozen more steel (same steel) cylinders within it, in concentric alignment, of progressively smaller diameters. All nested in each other. And all attached to the ceiling by just their top edges. My thought is that, if the resonance is volume-contingent, then it would help to have multiple adjacent-but-separate volumes. Each layer in the above concentric cans construction is a progressively smaller and smaller volume, from the outer shell, to the center. There might even be benefits from the shells (the cans) vibrating the adjacent airspaces, like a gradient, or a cross pollination. Has anyone tried this? Do you want to? Seriously asking. Reply if you like. It know it’s an old video. Just found it today.
Thank you for the helpful video. I didn't even know github desktop existed. This worked like a charm.
@zever4ever2 жыл бұрын
Am gonna have to buy you a gimbal for that shake.
@dmitrijurovski2 жыл бұрын
How is it? Do you planning continued you story?
@davidpape11602 жыл бұрын
I'm not sure it's right that sound "goes through the holes" when its wavelength is less than the radius of the holes:speed of sound is about 346 metres per second, so the wavelength of a 350Hz soundwave is about 1m. And... the wavelength of even a 10kHz soundwave is 3.5cm, which... is maybe still a little bigger than the holes in your particle board? I'm not saying your design won't work, I've seen videos about similar designs... it's just I don't think the physics/formulas work how you're saying?
@johnklima1814 Жыл бұрын
yeah whatever, the basic idea about the physics is correct if the exact math isn't. The point is the holes with a resonant or absorbent chamber or material behind the holes will exclude or allow wavelengths to pass and be enhanced or diminished based on the physical properties of said materials and holes. Again the point is not to provide people with equations, it is to demonstrate how simple acoustic treatment can be. Any acoustic treatment is better than none.
@MNC2k8 ай бұрын
Absolutely right!@@johnklima1814 I am currently trying to do a similar project to dampen the sound of a train next to a house.
@nicassiuscordero71735 ай бұрын
You are correct. At low frequencies, sound behaves as a pressure wave. In the Audio Engineering Society, we have a saying: If you know what you are talking about, talk to us in numbers, graphs, formulas etc.
@zever4ever2 жыл бұрын
Cool shit man.
@zever4ever2 жыл бұрын
Everything comes down to duct tape and wd40.
@zever4ever2 жыл бұрын
Glad to see you back with updates. Saw Donald and BH when I was back in the west hem. I'd like to get out to you one of these days.
@ricardocosta44162 жыл бұрын
Miss you, hope you guys are great , also... make this KZbin updates often.
@johnklima18142 жыл бұрын
Watch the spring vid first. Global climate change? No that's a load of bullshit.
@urglik2 жыл бұрын
Well...being that i make box marimba out of stained glass and little tin and copper, i developed an interest in making spherical glass resonators because it's all kinda cool looking, sounds great, and resembles traditional African xylophones. My spherical resonator designer can be found at soundspheres.art Be that as it may, i've always been humbled how traditional African xylophone resonator creation has no need for my designer or Helmholtz's equations. due to the resonance of the different cultures through the millennia. Hermann Ludwig Ferdinand von Helmholtz was born a couple hundred years ago and merely described through mathematics what others have known for a much longer time. Nice Balifon!
@СмещённаяАктивность3 жыл бұрын
Very interesting! Will there be a continuation?
@johnklima18143 жыл бұрын
Yes, soon, will be getting back into studio mode, was in farming mode for the c19 lockdowns.
@johnklima18143 жыл бұрын
also check out this, helmholtz marimba kzbin.info/www/bejne/jKS6foODj7ijn5I
@toomanysuns66133 жыл бұрын
<3
@junetakesover3 жыл бұрын
tascha is such hard worker!
@ricardowebbens9353 жыл бұрын
I will watch this , and what an endeavour you got there.
@junetakesover3 жыл бұрын
holy shit, that's amazing
@hubrisguy93 жыл бұрын
Very smart couch! How Tasha can be sleeping with food just laying there to be eaten amazes me. Also, come to think of it, strange that she would choose to sleep on the ground instead of on the couch!
@johnklima18143 жыл бұрын
hahaha she is well fed, every day, and also loves the scent of pure dirt. I will be posting mores vids, we have come a long way since august
@toomanysuns66134 жыл бұрын
Dear John, where are you rambling?
@Geovideo3334 жыл бұрын
Truly one of the most impressive builds I've seen. The creative possibilities must be calling.