Oscilloscope Music Draws Pictures with Sound

[@YC-iw2re]

LOOOOL physicist dubstep

[@LC-yo3bj]

This shit bangs too, drop more!

[@unknown360ful]

The visuals look like the intros on one of the 90s CARTOONS! Truly FUN!

[@Joshlama]

I appreciate fendersons work because its both makes sence as music in itself (i really like the spiral sphere piece), but also that it also works well as a series of graphs.

[@AdonanS]

Frankly, I wouldn't have expected to get such coherent images from music.

[@Gugz-mu1mf]

Wow! This is so cool. Love the brief explanation of what happens in the oscilloscope and your creativity on making this video. Keep it up guys; cheers from Mexico 👏🏼

[@abrarshaikh2254]

I love Lissajous figures!!! Super-posstion of 2 perpendicular hamonic wave!!!

[@sciencepetr5179]

What is electricity? Can iphone current kill you? Amazing video Tibees! Awesome work all round.

[@Noctaura]

I really like the animated mushroom figure. What a fascinating machine.

[@radexicalcradox7225]

Brought back nostalgia from my undergrad sophomore; nevertheless still looks and feel like it was yesterday. I too had a crappy scope used in the project and still have that old bugger from back then. ;P

[@berserker8884]

Hahaha i LOVE THIS. I like it how you just like showed it "look at this its cool!" And then RIGHT AFTER you be like "so to make this working" predicting everyone would be like " I wanna make thiss!!!!". Awesome vid :)!

[@wakeatmethree4023]

So where's the physics rave taking place?

[@somnathdash4428]

Sunflowers because of music! Physics is love ❤️

[@ryancrossing6526]

Ooo nice video lands well for my physics chapter about the oscilloscope

[@porit1023]

That's so cool!! Thanks Tibees

[@t_timson]

Loving the screens in the background XD

[@BlueDoBeDo]

Took me a while to notice the google searches in the background.. Well done!

[@michaelsommers2356]

You should get a "tilted" display. If you feed the same sine wave into each channel, you should get a straight line with y = x. If you get a circle, then the two waves are out of sync.

[@John_259]

Correct, with the additional consideration that if one of the connections has its polarity reversed then you get y=-x, which is basically what you're seeing.

[@VillegasCar]

cool!! i never though it could be posible to graph sound in a oscilloscope

[@CPlater1]

I wish my oscilloscope was dual channel! I would definitely try this then!

[@gausgonzalessaenz5793]

You know what software was used to make the osciloscope figures in 4:12 ?

[@7906jun]

That is.... majestic

[@flare909]

Can you make tutorial video explaining how to get hkl peaks in x Ray diffraction?

[@ArcadeJason]

your PHONE is causing the sloped image NOT the scope this is caused by the phones amp circuit being a low fidelity

[@edyedy1481]

Cool. An explanatory video about the electromagnetic spectrum, starting with the sound waves until the gamma rays would be very interesting. Tanks.

[@user-vc5rp7nf8f]

Make that the intro title/music for all your future vids

[@tripp8833]

Are you taking regular academic courses in grad school? If so what are they and how do you like them?

[@Loscha]

This scope was probably made in 1979 - the circuit revisions are from 1980. www.kevinchant.com/uploads/7/1/0/8/7108231/bwd_820_oscilloscope.pdf You can do a lot of good scope music experiments with any basic stereo synthesizer keyboard that lets you make sine waves or other plain waveforms. Detune left vs right by varying amounts of semitones, and you get Lissajous patterns till the cows come home. Yamaha FM units are particularly good at this.

[@jaren_goh]

are they due to odd harmonics of different wave types i studied that in electrical engineering.

[@johnwalker1058]

I wonder if you could use Fourier Analysis to create dubstep, techno, or electro songs?

[@mathslogic7769]

Omg you are a nerd , loved it really even one who works on it may don't know it

[@Jirayu.Kaewprateep]

😄 Different method, would you try with 90 degree phase shifted with half wave time period? ( Circuits Laboratory )

[@RasitEvduzen]

it was amazing, could you try the chaotic circuit with oscilloscope

[@lkron5741]

"Can phone current kill you". I see you have taken basic security measures ! Nice !

[@tibees]

I think James had been googling some stuff while I was out of the room

[@lkron5741]

anyway cool stuff ;D

[@TheFuture36520]

Wonderful 🛸💎

[@houba1263]

This is so cool

[@erickr199]

Oscilloscope Dubstep should be a real genre !

[@sriyamadarapu7250]

That was really cool!

[@richiegray6847]

Do a lot more with great ideas this is a good one😎😁🎶🧠🏆🎵🎶👏🖖👌👊

[@kaizah1997]

DJs need this XD

[@noahjames9457]

Now I can watch music too? Damn.

[@killmeister2271]

funny how people see 1:03 and think "me smart" instead of paying attention while she explains what an oscilliscope is

[@russellkane9439]

I remember first time in the 80s i saw an oscilloscope... professor came in the lab... he rotated all the knobs random... then he said "now put it in the same condition as before"

[@xhoidlostblade3856]

Gotta love triangles on the display. Illuminati confirmed!

[@isabellahurley6552]

This was so cool!!! But I’m still really confused on how it works exactly 😣

[@alwysrite]

cool stuff !

[@MrIsmaele00]

I think it would be awesome if you could give us your vision on "god", not a personal god (or maybe yes) but on what has changed on your religious beliefs (if something has change) understanding how reality works. I recently read, with surprise, a couple of studies showing the fact that about 50% of PhDs on pure science belive (and the other half, don't) in "something else".Prof. C. Lennox at Harvard it's a good example. You're a very educated person so I think a great debate could be brought.

[@cedric2803]

This video is so coool!!!

[@MilanStojanovic9]

eargasm

[@grzegorzbanasik7763]

Death Grips bits would be perfect for this experiment :D

[@aslanordaz9465]

Tame impala uses one of this in their live shows

[@c0rseyt]

oscilly!

[@catarinacardoso1]

I love it!

[@Ashutosh7520]

The girl looks somewhat familiar, but I can't seem to remember her lookalike in Hollywood!

[@GyroO7]

Amazing

[@theshadypersonify]

this is fucking cool, why can't the concerts match the lighting effects to the music as well as this machine can!!!!!!!!!!!!!

[@thevitruvianman9781]

The V Man loves this!

[@joeyazbeck849]

Lol this is so cool

[@Frankflores111]

Coool!

[@emiliansergiupantos5877]

What happens at 1000 dB?

[@angeloachmedmerkel5462]

1:03 Haha i am smarter then a scientist ! "What is electricity" It's what comes out of your socket. It's what you use to charge your phone. You can also Buy electricity in the form of batteries so you can always have the power of lightning in your pockets, so amazing !

[@orestisgamer3343]

Cool

[@rafaellisboa8493]

Fuck that's awesome

[@fredericchopin255]

I want a visualization of my compositions :P

[@pavanpratapsinghchauhan6804]

what is her age

[@ajayrawat3262]

Look at the background computer. I have to Google it.

[@YC-iw2re]

also tibees i thought sound was a longitudinal wave why are you drawing sin waves?

[@erkinalp]

Because oscilloscope only understands electric signals and electromagnetic waves are transverse.

[@jonasschwalb2787]

Y C the sine wave simply represents a function of pressure instead of a function of position.

[@YC-iw2re]

could u pls explain more, im not quite understanding it?

[@jonasschwalb2787]

I made a small mistake: Both sound waves and transversal waves, like the ones on a guitar string, are functions of time. You basically choose one point on the string or one point in the medium the sound travels through and measure the position in space in every moment of time. And in the case of sound, you look at the pressure in a certain point in every moment of time. So, sound is a pressure function of time, something like p(t), and transversal waves are, at least something like the guitar string, is a position function of time, something like x(t).

[@notorious5795]

Okay so, yes sound is longitudinal wave but what actually happens in the air? Vibrating object causes series of high- and lowpressure wavefronts which travel through air at speed of sound. If you draw a graph of these pressure changes you naturally get a sine wave (in a pressure-time graph).You seem to have confused that sine wave is mathematical idea and it doesn't represent the waves we see on top of water although looking similar :) feel free to ask more if you feel confused

[@chanlongting8749]

laplace transform fourier transform unit step gain steady state error

[@financewithsom485]

Tibees are you from UK

[@ctynwbraygalm]

somman tech and business tips AU

[@tripp8833]

she's from Kentucky I think, because her accent

[@restitutororbis964]

somman tech and business tips No, she is from Australia. She has said this in some of her videos.

[@natelastname3423]

When studying physics did you study harmonics?

[@ゾカリクゾ]

obviously lol

[@max-gm8il]

Previous Videos: "Applied Mathematics Test" "Can anyone truly understand quantum mechanics?". This video "Google, What is electricity?"

[@carlosvargas2907]

That's what I call a "gran finale"

[@killmeister2271]

what

[@Aengus42]

@@killmeister2271 I think it's French for "the end of the grandmothers"! 😆

[@biswajitsingh8790]

how come plotting a sine curve can produce such amazing graphics? 😕😕😱😱😱😱😱

[@chymoney1]

Biswajit Singh the Fourier series

[@BrunoR97]

3:18 Naruto!!!

[@official-obama]

they said generate with a hard g

[@masonpiatt2798]

Physics is awesome lol

[@Pvaeerener]

You've got to be kidding. So, you say if I plug a music source conveniently into an oscilloscope and play it the result is going to be somewhat similar to what you've been showing? I find it difficult to believe.

[@tibees]

This is specially made 'oscilloscope music', normal songs will just show a fuzz of noise. If you plug in songs from the channel in the description and have the settings correct then it will work for you too.

[@Pvaeerener]

That's what I was thinking. 😀 It's kinda astonishing how they managed to create soundwaves that could be compounded into such shapes! I would like to see what's the outcome of The dark side of the moon being played. 😊

[@enriqueortiz7942]

This music sounds like DOOM's soundtrack for babies.

[@jake0305]

Oh literally you dont make mushrooms

[@mstr5702]

Lol how the f did u manage to do it 😁😁 . We hv always done boring physics experiments on CROs

[@yulianaospitia6113]

You are rapunzel

[@savitrrakatamatah7256]

Techno Smiley

[@AmitKumar-jy8cg]

😵

[@nestorv7627]

Is this very expensive?

[@tibees]

This oscilloscope was found abandoned in a lab in my physics school, to buy one might be expensive. But there are online oscilloscope simulators you could use, or just watch the videos on the channel linked in description

[@nestorv7627]

Tibees, thanks.

[@kenlogsdon7095]

You should calibrate your inputs so that they match x to y.

[@emiliansergiupantos5877]

The last 10 seconds of this video m.kzbin.info/www/bejne/f3fOnZ2MrbdrjMU

[@warkillerheroes]

420

[@FisicoNuclearCuantico]

Ahahahaha!!!

[@donsanjino]

What is this monstrosity? 🤣😆😄

[@cemdemir1814]

Explain how it works, i’m really dissapointed that you didn’t talk about how really it works. You should have talk about that, otherwise it will be like other garbage channels that only show cool things.

[@tibees]

Jerobeam has some detailed explanations on his channel kzbin.info

[@cemdemir1814]

Tibees yeah i actually saw that but how am i supposed to understand that this channel explains it. You’ve just wrote jerobeam’s channel. I think it would be better if you could just update your description to address that this channel explains it.