Everything you need to know to make great songs on your computer is waiting for you at Sarah School! Take sliding scale one-on-one music lessons with me :) sarah-feldman.com/sarahschool
@@crnkmnky yeah apparently you can learn more than you have ever learned and physics school... mathematics school..... science school and all the schools on youtube, I hear it all the time on youtube
@@neonblack211 You’re being sarcastic, I presume. But it’s common knowledge that most for-profit schools for audio production (and other media arts) are a bad investment. {cough}FullSail{cough}
@@crnkmnky It's funny, over 17 years later I've still got the invitation card from Full Sail. I had a friend that graduated from there though and it did her well but she didn't really need it, it just makes her look more qualified I guess.
You really got a talent for explaining complex topics in a refreshing and understandable way without breaking it down too much. And I'd love to hear u talk about modular synthesis. Thank you so much for this video.
Physical modelling really took off after someone started using digital delay lines. Before that the idea was to do "real time finite elemnt analysis". "Real Time" means a sound sample (a single 16 or 24 bit number) in less time than than it's expected for the next sample to come. "Finite Element Analysis" is a technique to simulate physiscal objects by describing it with a huge number - but a finite one - of small simple elements. Finite element analysis is great for a lot of applications - mainly the ones where you have lots of time (days ... weeks) between samples. Simulating bridges is a great example. Then someone (I don't remember the name - but it was a real person) thought "why do I need to simulate the whole tridimensional string? Can't I just do a sort of unidimensional finite element analysis? And that's what the first image you showed depicts. I think it took too long for it to take off because 1) people didn't know what it meant and 2) it took time and experience to learn how to use it and how to correlate aspects of the model to physical characteristics of the instrument. The first time I heard about it was around 15 years ago and the researcher showed us a Berimbau (a single string instrument) that he played using Wii controllers. It was cool and sounded great but was no Berimbauteq, though. I can't show the synthesized version but I can show you a real berimbau alongside some martial art!!! ua-cam.com/video/V1sh1wN7FT4/v-deo.html
I never knew I needed to watch videos about the internals of electronic music until I discovered Sarah's videos. Thanks Sarah, your videos are amazing!
I feel like this is the first time this stuff has made sense to me. This was very illustrative, and helped make a lot of digital audio work "click" for me. Also very soothing to listen to while working! Love the background music and sounds and jokes! Thank you and definitely interested in more tutorials and content :)
Sarah, your knowledge is impressive, and your style of delivery is very engaging. Please make more videos like these on the synthesis. Much love and best regards from Texas! 🙏❤️🎶🙏
Pretty good video. I think a lot of people tend to ignore the fact that physical modelling can do a lot more than real instruments and go way further in terms of interesting sound design than trying to make a really accurate violin sound or whatever.
Wendy Carlos is truly the queen of electronic music. This is the first video that came up when I searched "physical modeling synthesis", and I subscribed as soon as you mentioned her. I wish more people talked about her non-film score stuff.
this was a really great intro!! i had never heard of physical modeling synthesis until now and i think you broke it down really well. the length is good too :)
I just discovered your channel and is everything I'm into right now. I know I'm a little late, but please do a video on modular synthesis!! Thank you for your amazing content :)
Brilliant channel love it, question: lets say I get some vst with the gift of prophecy and can render a realistic physical model synth of an organic instrument (ie pianoteq has quite convincing synth packs) can that sort of data be used through a physical synth in a daw to produce relatively convincing sounds as well or are they stuck in the digital world?
I always notice your pretty face and then notice your intriguing titles; your content always makes me want to get back into Cakewalk and writing some orchestral stuff. You're a little advanced for me, though, so I've subscribed and I'll be your student from here on. Please keep making these cool videos (lessons).
@jean-louispech4921 very cool. It still hasn't really caught on. I play a lot of acoustic instruments, and the level of control that I have over the sound is incredible. Whenever I play a synth I miss that complexity and dexterity
Yep, more tutorials would be really nice! Personnally, Buchla stuff has always remained very obscure (i have the Buchla from Arturia but i really struggle to understand how it works or why someone would use it).
For my EE senior project, I BEGGED my teammates implement my idea of making a synthesizer. They didn't want to go with it so I told them that we could make a digital physical modeling synthesizer and we can make the resonator a guitar string thats as long as the Brooklyn bridge and the resonator as big as the Statue of Liberty... We ended up making a solar panel :/
This channel is a prerequisite for anyone studying the art of sound. Or wanting to be an audio engineer as these principles apply. Also, that plant to your left (our right)looks wicked. Like a hand begging for a crumb.
Thanks, really interesting. Indeed physical modeling synths are less popular then other types of synthesis. . I think the approach was mostly adopted by researchers and not musicians at first, because it was a little more complex to put in place. But that was years ago and it's not really the case anymore, so thanks for sharing your tips with us! Great tutorial, awesome has are all of your videos.
Nonetheless about the complexity of physical modelling in supposedly replicating organic sounds, all these plugins, and most I've heard, both 1) Sound *not* like acoustic instrument/or sound clearly like inferior versions of them (so why shouldn't I just play the real thing?) while 2) Sounding less special, organic, whatever, than the tones you can get from well made analog synths, even though these synths technically lack some of the complexity and characteristics you can get from physically modelling. Personally for me, modular analog synthesis + acoustic instruments is the best of all worlds.
Good points for sure, but i think there is still good reason for some people to indulge them. A) even if not mastered, in some simpler uses they can still fit, and i do believe some people CAN master them, which would of course open up more scenarios B) cant always get as many musicians for a situation as youd like, also, cant always get players of orchestral instruments that can play jazz/RnB/trance etc. C) Basically no instrument can FLY the way keys can. A two-handed approach to a monophonic line can play just the wierdest jazzy melody at high speed. Even guitarists cant quite keep up, let alone sax or violin. And those are the instruments that can sort of fly compared to the rest. Bassoon? Upright Bass? French Horn? These instruments sound good, but what counts as "virtuoustic" on these instruments is NOTHING compared to keyboard playing, in terms of types of lines note selection wise. They can be expressive, and have unique timbre though. and D) the reality of volume. Real Acoustic piano often enough picks up feedback in rock groups, for example, so even when its available, its often not worth it. Tuba, hard to play quiet, its really for marching bands or orchestras in concert halls, or a jazz/new orleans group that isnt trying to play soft! Then theres the opposite issue of solo instruments NOT being loud enough, without mics which again can feedback.
@@marvinkmooneyoz A) Sure B) yes, my professional composer friends would agree, though they mostly use sample libraries, not physical modeling, C) Completely disagree. Guitarists: AS a guitarist I could list countless examples to the contrary: Pat Martino, Paco de Lucia, Al di Meola, John McLaughlin, Vicente Amigo..etc. etc. And horn--? Charlie Parker and many others? C'mon, bebop invented a lot of the modern idea of virtuosos! D) Sure..but then we're just back to talking about imitations of acoustic pianos rather than new, unique, instruments that actually use physical modeling to create something different, right :) D) No disagreement there. That's an issue I've thought a lot about in terms of playing and recording with acoustic guitar + analog synths. I think I've mostly figured it out in a recording context via mic blending and analog processing, happy to say. But playing life with monitor feedback is a different challenge, yeah.
@@NickHchaos guitar and sax can fly....within a vocabulary that is limited relative to keys, but much higher then most instruments. Im a huge McLaughlin fan, huge Ponty fan...but a) they really are the extreme side of the spectrum, and b) they ARENT doing the sorts of things that Chick Corea two handed melody is doing, its just a whole nother level.
@@marvinkmooneyoz Good taste, I love John, he's the one I've tried to model myself after the most. Too bad I'll probably never seen him live (seen everyone else on my list, just about). Ponty is a bit cheesy to me. Corea I also find mostly cheesy--his best work was with Miles--and by the way, there are plenty of people who were more technically skilled trumpeters or on their instrument than Miles...but nobody, NOBODY was like Miles and got out of their bands what he got out of them. Music is about much, much more than just how many notes and harmonies we can play, eh? That's actually one of my favorite things about John's playing. So much space. And then: lightning.
1. You should have plugged Grids! I am very curious how you designed the sounds in that album. They're so well done. 2. I wonder if you've ever dabbled with granular synthesis and musique concrète. Personally, starting with an audio recording as a basis for sythesis tends to produce very acoustically viable sounds.
very interesting video, I've got one suggestion though, and not only for this video, that you might underestimate listeners from foreign first language, ...for us it would be very useful to hear a slightly slower and better articulated speech for better understanding, what do you think of it ? 😀 ...and this is a critique for any tutorials of the electronic music domain, none of yours in particular, mind you !
It is true because that is one of the physical complexities of the piano that makes it so hard to accurately synthesize. The way it works is that the model simulates the resonance of ALL the piano strings at any given time in response to keys being struck. This includes how sound waves travel in the air inside the piano and how the rigid bodies inside the piano conduct kinetic energy!
I think it would be interesting to replicate the physical modeling patches from that academic link you posted in this video description. Sunvox could probably handle it.
Hi Sistah! It’s so refreshing and great to have someone like yourself. Love the fact that through your channel not only you delivering informative contents, but you also representing all of the “ sisters out there around the globe 🌎 in a very positive manner. Indeed, united we stand! Sin-(T)-Her-Sizer. ⭐️🎹🏳️⚧️
She talks about creating the sound of a Marimba (sp?), an instrument I've never heard of, and creating it's sound like I'd describe taking a breath of air...lol I get the feeling she may know this like I know the back of my eyelids.
@@crnkmnky It's the only video of shklers I've seen either, but you should be able to discern whether I was laughing at or with Sarah by what was going on in the video both aurally and visually starting at 2:50.
@@genepozniak 🤷🏿♀️ The vague comedic happenings at the timestamp, and the fact that you seem like an otherwise well-balanced music enthusiast with a real name/face, are the _only_ reasons I didn’t assume total malice.
@UCfE5w0QGn_3xPu3lr_l0FnQ Thanks. No malice, but no PC either. ;-) I'm also an irony enthusiast. Frankly, what "triggered" my obscure little joke was Sarah's on-screen statement, seemingly apropos of nothing. So I thought it called for an engineering joke. :p
I swear to God you look so much like Wendy Carlos I had to stop and check Google to see if you had photoshopped yourself into that picture I swear it's like she's your mom or grandmother or something that's crazy lol
Thanks for the tutorial. I know it's very uncalled for but your motionless face bugged me a lot and kept me from concentrating on the subject. Less botox will make your videos more appealing. Regards
Everything you need to know to make great songs on your computer is waiting for you at Sarah School! Take sliding scale one-on-one music lessons with me :) sarah-feldman.com/sarahschool
this video taught me more about physical modelling than i've learned in music production school
I’ve heard that UA-cam will teach you more than you’ll _ever_ learn in music production school. Just ask Glenn Fricker. 😬
@@crnkmnky yeah apparently you can learn more than you have ever learned and physics school... mathematics school..... science school and all the schools on youtube, I hear it all the time on youtube
@@neonblack211 You’re being sarcastic, I presume. But it’s common knowledge that most for-profit schools for audio production (and other media arts) are a bad investment. {cough}FullSail{cough}
@@crnkmnky yes there's good and bad schools
@@crnkmnky It's funny, over 17 years later I've still got the invitation card from Full Sail. I had a friend that graduated from there though and it did her well but she didn't really need it, it just makes her look more qualified I guess.
I was promised a weasel
Yooo Virtual RiOTT is everywhere
I’d settle for a gerbil right now 🥵
knew id find you somewhere like this
You really got a talent for explaining complex topics in a refreshing and understandable way without breaking it down too much. And I'd love to hear u talk about modular synthesis. Thank you so much for this video.
I could not click the subscribe button soon enough. Great work with this video!
Great work, Sarah. Particularly interested in the weasel modeling, now that you've mentioned it.
Physical modelling really took off after someone started using digital delay lines. Before that the idea was to do "real time finite elemnt analysis". "Real Time" means a sound sample (a single 16 or 24 bit number) in less time than than it's expected for the next sample to come. "Finite Element Analysis" is a technique to simulate physiscal objects by describing it with a huge number - but a finite one - of small simple elements. Finite element analysis is great for a lot of applications - mainly the ones where you have lots of time (days ... weeks) between samples. Simulating bridges is a great example.
Then someone (I don't remember the name - but it was a real person) thought "why do I need to simulate the whole tridimensional string? Can't I just do a sort of unidimensional finite element analysis? And that's what the first image you showed depicts. I think it took too long for it to take off because 1) people didn't know what it meant and 2) it took time and experience to learn how to use it and how to correlate aspects of the model to physical characteristics of the instrument. The first time I heard about it was around 15 years ago and the researcher showed us a Berimbau (a single string instrument) that he played using Wii controllers. It was cool and sounded great but was no Berimbauteq, though.
I can't show the synthesized version but I can show you a real berimbau alongside some martial art!!!
ua-cam.com/video/V1sh1wN7FT4/v-deo.html
I would be really interested in hearing your take on Buchla/West Coast synthesis!
Seconded.
I never knew I needed to watch videos about the internals of electronic music until I discovered Sarah's videos. Thanks Sarah, your videos are amazing!
I feel like this is the first time this stuff has made sense to me. This was very illustrative, and helped make a lot of digital audio work "click" for me. Also very soothing to listen to while working! Love the background music and sounds and jokes! Thank you and definitely interested in more tutorials and content :)
Love to hear it!! Thanks for the feedback :)
Very IMPRESSIVE!
I learned a lot about physical modelling today.. than I had previously encountered! Great and informative!
Awesome introductory explanation, which greatly encourages the targeted experimentation with this model.
Yes, I love your video! Please, do more of them and teach us also how to look so natural in a tutorial.
Sarah, your knowledge is impressive, and your style of delivery is very engaging. Please make more videos like these on the synthesis. Much love and best regards from Texas! 🙏❤️🎶🙏
Was looking for physical modelling synthesis of a snare drum. You got me at "for all the crazy shit..." Subscribed!
This is fantastic! So glad I found your channel. Big love from one creator to another! Looking forward to more episodes!
Pretty good video. I think a lot of people tend to ignore the fact that physical modelling can do a lot more than real instruments and go way further in terms of interesting sound design than trying to make a really accurate violin sound or whatever.
I would be quite interested in a modular/west coast video!
Great vid as always.
Wendy Carlos is truly the queen of electronic music. This is the first video that came up when I searched "physical modeling synthesis", and I subscribed as soon as you mentioned her. I wish more people talked about her non-film score stuff.
ok you mention a mustelid at 2:43 and i am SO glad i subscribed
Wendy Carlos was actually a king of electronic music. He was a trans.
Yes! Please do more. I've been using Vital synth lately and I think it's pretty cool.
I always use velocity to filter on subtractive synths.
Your looks sometimes made me lose my focus but it was very interesting and instructive, thank you
i like that this was funny and straight to the point. most synth tube video are quite bumbling.
I just wanted to say that I discovered your channel from the Sophie video, and I'm really loving the videos you make!
I love your videos! I'll be interested in any/all videos you make!!!
excellent! this was great you presented the information in such an engaging and effective way. Definitely going to share with some friends.
The way you explain stuff is so clear, thank you! You have the gift of pedagogical gab :)
Physical Modelling is really intresting, thanks for the vid!
I already like all your videos but tutorials are an excellent idea, cant wait to see more!!!
this was a really great intro!! i had never heard of physical modeling synthesis until now and i think you broke it down really well. the length is good too :)
so cool! this really demystified it for me. gonna go mess around with collision now!
I just discovered your channel and is everything I'm into right now. I know I'm a little late, but please do a video on modular synthesis!!
Thank you for your amazing content :)
Brilliant channel love it, question: lets say I get some vst with the gift of prophecy and can render a realistic physical model synth of an organic instrument (ie pianoteq has quite convincing synth packs) can that sort of data be used through a physical synth in a daw to produce relatively convincing sounds as well or are they stuck in the digital world?
This channel is gold!
I'd love a video on Buchla, such an intresting history
I always notice your pretty face and then notice your intriguing titles; your content always makes me want to get back into Cakewalk and writing some orchestral stuff. You're a little advanced for me, though, so I've subscribed and I'll be your student from here on.
Please keep making these cool videos (lessons).
Awesome content, glad I found this channel!
Great insight, thank you
wonderful, informative, fun video. favorite part was the snaps
Excellent overview, thanks :)
Really great explanations
thanks so much for your work !
Physical modeling is great, it's the next frontier of synthesis
It is not new, even Yamaha made a physical modeling synth in the 90's!
@jean-louispech4921 very cool. It still hasn't really caught on. I play a lot of acoustic instruments, and the level of control that I have over the sound is incredible. Whenever I play a synth I miss that complexity and dexterity
Yep, more tutorials would be really nice! Personnally, Buchla stuff has always remained very obscure (i have the Buchla from Arturia but i really struggle to understand how it works or why someone would use it).
I would absolutely be interested in more tutorials
Cool, I'm just starting out with Triton MOSS and this is really useful.
Thank you, concept understood
For my EE senior project, I BEGGED my teammates implement my idea of making a synthesizer. They didn't want to go with it so I told them that we could make a digital physical modeling synthesizer and we can make the resonator a guitar string thats as long as the Brooklyn bridge and the resonator as big as the Statue of Liberty... We ended up making a solar panel :/
So, cool again. Learned a lot, thank you.
Why haven’t I seen your video’s already? I’ve been doin music for 5 years now. Wth cracking good video 😊
thank you for your efforts sarah ❤🙏🏼❤ great video !
and yes, more buchla shit !
This channel is a prerequisite for anyone studying the art of sound. Or wanting to be an audio engineer as these principles apply.
Also, that plant to your left (our right)looks wicked. Like a hand begging for a crumb.
Very interesting video, nice work
Great info! I've been going more into physical modelling. Traditional analog is cool. But it gets old.
I just ordered a qu-bit surface eurorack module
thanks for you depth of knowledge, cheers from Vancouver B.C.
Thanks, really interesting. Indeed physical modeling synths are less popular then other types of synthesis. . I think the approach was mostly adopted by researchers and not musicians at first, because it was a little more complex to put in place. But that was years ago and it's not really the case anymore, so thanks for sharing your tips with us! Great tutorial, awesome has are all of your videos.
Do west coast complex oscillation
👏🏻👏🏻👏🏻Trans proud.
Relevant?
@@Snavels no
Is she actually trans? If so... then it's relevant.... geeze
I think it's the only tutorial video I watched until the end. Please, leave the links of the synthesizers creator's sites.
some very oddly satisfying sounds
Great video !
Nonetheless about the complexity of physical modelling in supposedly replicating organic sounds, all these plugins, and most I've heard, both 1) Sound *not* like acoustic instrument/or sound clearly like inferior versions of them (so why shouldn't I just play the real thing?) while 2) Sounding less special, organic, whatever, than the tones you can get from well made analog synths, even though these synths technically lack some of the complexity and characteristics you can get from physically modelling. Personally for me, modular analog synthesis + acoustic instruments is the best of all worlds.
Good points for sure, but i think there is still good reason for some people to indulge them. A) even if not mastered, in some simpler uses they can still fit, and i do believe some people CAN master them, which would of course open up more scenarios B) cant always get as many musicians for a situation as youd like, also, cant always get players of orchestral instruments that can play jazz/RnB/trance etc. C) Basically no instrument can FLY the way keys can. A two-handed approach to a monophonic line can play just the wierdest jazzy melody at high speed. Even guitarists cant quite keep up, let alone sax or violin. And those are the instruments that can sort of fly compared to the rest. Bassoon? Upright Bass? French Horn? These instruments sound good, but what counts as "virtuoustic" on these instruments is NOTHING compared to keyboard playing, in terms of types of lines note selection wise. They can be expressive, and have unique timbre though. and D) the reality of volume. Real Acoustic piano often enough picks up feedback in rock groups, for example, so even when its available, its often not worth it. Tuba, hard to play quiet, its really for marching bands or orchestras in concert halls, or a jazz/new orleans group that isnt trying to play soft! Then theres the opposite issue of solo instruments NOT being loud enough, without mics which again can feedback.
@@marvinkmooneyoz A) Sure B) yes, my professional composer friends would agree, though they mostly use sample libraries, not physical modeling, C) Completely disagree. Guitarists: AS a guitarist I could list countless examples to the contrary: Pat Martino, Paco de Lucia, Al di Meola, John McLaughlin, Vicente Amigo..etc. etc. And horn--? Charlie Parker and many others? C'mon, bebop invented a lot of the modern idea of virtuosos! D) Sure..but then we're just back to talking about imitations of acoustic pianos rather than new, unique, instruments that actually use physical modeling to create something different, right :) D) No disagreement there. That's an issue I've thought a lot about in terms of playing and recording with acoustic guitar + analog synths. I think I've mostly figured it out in a recording context via mic blending and analog processing, happy to say. But playing life with monitor feedback is a different challenge, yeah.
@@NickHchaos guitar and sax can fly....within a vocabulary that is limited relative to keys, but much higher then most instruments. Im a huge McLaughlin fan, huge Ponty fan...but a) they really are the extreme side of the spectrum, and b) they ARENT doing the sorts of things that Chick Corea two handed melody is doing, its just a whole nother level.
@@marvinkmooneyoz Good taste, I love John, he's the one I've tried to model myself after the most. Too bad I'll probably never seen him live (seen everyone else on my list, just about). Ponty is a bit cheesy to me. Corea I also find mostly cheesy--his best work was with Miles--and by the way, there are plenty of people who were more technically skilled trumpeters or on their instrument than Miles...but nobody, NOBODY was like Miles and got out of their bands what he got out of them. Music is about much, much more than just how many notes and harmonies we can play, eh? That's actually one of my favorite things about John's playing. So much space. And then: lightning.
@@marvinkmooneyoz ..and I'll take Ahmad Jamal and Zawinul over Corea any day.
Where can we find good opensource physical modelers?
2:34 … aren’t constrained by physical reality.
To go where no ear has gone before !
1. You should have plugged Grids! I am very curious how you designed the sounds in that album. They're so well done.
2. I wonder if you've ever dabbled with granular synthesis and musique concrète. Personally, starting with an audio recording as a basis for sythesis tends to produce very acoustically viable sounds.
Heh. "Stiffness control." (I'm forever twelve.)
Yes, more tutorials!
Thank you!!
very interesting video, I've got one suggestion though, and not only for this video, that you might underestimate listeners from foreign first language, ...for us it would be very useful to hear a slightly slower and better articulated speech for better understanding, what do you think of it ?
😀 ...and this is a critique for any tutorials of the electronic music domain, none of yours in particular, mind you !
thank you!
Do you know any physical modeling hardware synth ? ...good vidéo
Do more! So good! Peace from Sweden!
Kaivo is one of the most amazing synths, but also probably the most brutal CPU killer I've ever loaded, which made it basically unusable for me. :(
With digital pianos, physical modelers promise to stimulate strings that were not played. Is that true and how does that work?
It is true because that is one of the physical complexities of the piano that makes it so hard to accurately synthesize. The way it works is that the model simulates the resonance of ALL the piano strings at any given time in response to keys being struck. This includes how sound waves travel in the air inside the piano and how the rigid bodies inside the piano conduct kinetic energy!
I think it would be interesting to replicate the physical modeling patches from that academic link you posted in this video description. Sunvox could probably handle it.
🤔 why Sunvox rather than any other modular system?
Paul Nasca talks about the bandwidth of harmonics to make good sounds.
so cool!
Hey, quick question- if you wanted to run a guitar output through a model of a a spruce soundboard, what method would you use to approach this?
Hi Sistah! It’s so refreshing and great to have someone like yourself. Love the fact that through your channel not only you delivering informative contents, but you also representing all of the “ sisters out there around the globe 🌎 in a very positive manner. Indeed, united we stand! Sin-(T)-Her-Sizer. ⭐️🎹🏳️⚧️
Nothing betyer than feminine brotherhood🤙🏻
She talks about creating the sound of a Marimba (sp?), an instrument I've never heard of, and creating it's sound like I'd describe taking a breath of air...lol I get the feeling she may know this like I know the back of my eyelids.
uhh yeah your clearly a total nob if u dont know what a marimba is its a very common instrument in all music software
more tutorials
OK... you need to approach Karplus/Strong now...and how we can use bullshit to get there.
God you're fucking good. You deserve a million subs. And i don't mean subwoofers. Unless you're into that lol
The physical modelling/synthesis base is in the model's algo. what you do is just paremetering LOL
Ah the old 'peeing weasel' technique.
6!
Si jolie 0.0
thanks dude
I think this complexity should be hidden behind some simple parameters in a new type of synth, like usynth.
But if you hide the complexity, you also reduce the amount of sounds that can be made, so hopefully more complex synthesizers will be made.
2:50 Exactly! Just like you can deepen the model's voice by adding an Adam's apple.
😕 I’m new to this channel, and I can’t tell if this is supposed to be laughing _with_ or laughing _at_ Sarah…
@@crnkmnky It's the only video of shklers I've seen either, but you should be able to discern whether I was laughing at or with Sarah by what was going on in the video both aurally and visually starting at 2:50.
@@genepozniak 🤷🏿♀️ The vague comedic happenings at the timestamp, and the fact that you seem like an otherwise well-balanced music enthusiast with a real name/face, are the _only_ reasons I didn’t assume total malice.
@UCfE5w0QGn_3xPu3lr_l0FnQ Thanks. No malice, but no PC either. ;-) I'm also an irony enthusiast. Frankly, what "triggered" my obscure little joke was Sarah's on-screen statement, seemingly apropos of nothing. So I thought it called for an engineering joke. :p
Le sip
00:47 😍
I swear to God you look so much like Wendy Carlos I had to stop and check Google to see if you had photoshopped yourself into that picture I swear it's like she's your mom or grandmother or something that's crazy lol
What is it with synths and… you know. That.
i cant mentally process the 80/90s color grading in this 😂 it makes uncomfortable
Ok dude 😏
oy thats a sick chromaphone skin
the apple. it can't be unseen. sorry,
Thanks for the tutorial. I know it's very uncalled for but your motionless face bugged me a lot and kept me from concentrating on the subject. Less botox will make your videos more appealing. Regards
Is that a trans ?
Just...uhm...appreciate the content.
@@dudeseriously79 I did actually. It was a informative and well done video.
"A trans"???? Grow up.
@@tonycowin I thought that wording is understandable. What I meant to ask was: "Is that a transgender ?"
@@SH_Hof Do you seriously think that's more acceptable?
Is this an LGBTQ person?