Awesome presentation, however you didn't touch on pattern recognition! If I play 123 123, the brain is now primed to expect 123 again. If I play 12312312, something is signaling that 3 is likely to follow. I think most of what you touched on is actually not really related to music, but simply the low-level audio processing which we might find similarly in a lot of animals. That result could be used for other non-musical things, like speech. I think the true nature of Music is actually the little game that happens way after the auditory signal has been broken down into pitches, notes, etc. From all these 'segmented' individual units, the brain is creating a context that is constantly updating as the song plays. The brain is constantly trying to predict the next segment of music from these units. If we're playing In C major, then that's part of the context as some sort of meta unit that represents the harmonics. If suddenly we play notes from D minor, some part of the brain is recognising a mismatch with the context. If that same mismatch happens repeatedly every ~X seconds, then it can also pick up on that, that way we're ahead and we can start to predict the next mismatch. These are extremely fundamental processes of the human brain that allowed humans to rise way above other animals in intelligence, the ability to find patterns out of any information, even its own deduced information. We always take these abilities for granted, but with music we are specifically targeting and exciting them (and some genres take it to the max, like Jazz and the more melodic/jazzy/psychedelic side of 70s Prog Rock) I'm not too sure about harmonic music still, but I think this is how it works for any music with identifiable notes
That's true, pattern recognition and expectations play a huge role in music that I didn't really address here. Expect a more in depth exploration of this topic in the future.
Great presentation on how our brain process audio. The creative animation definitely helped illustrating the functionality of each part of the brain in this process. Keep up the good work!
It's always easier to learn about the details of a topic you care about and resonate with (i.e. music) than if it's taught for an exam (i.e . the sound or ear anatomy chapter in Physics/Anatomy). Thanks for expressing your passion for the greater good of all of us.
Music being a human universal is a amazing fact I never knew, leads me to believe as we learn more about neuroscience that we may come upon some massive discoveries in regards to how music effects the brain and it’s different uses
This is such a creative and informative presentation that would be an excellent addition to college courses in "Sensation and Perception", "Physiological Psychology" and Neuroscience amongst others.
Awesome content!! Love the explanation along with illustration, really guides me to understand the functional components within the process and all the terminologies:) look forward to more videos of this series.
Interesting. It’s almost Intuitive but glad there’s some awesome research these days! I’m a radio operator and there are so many parallels. Thanks and I can’t wait to see more videos!!
Thank you for sharing your views. The presentation is very informative. I am sharing it with an entire class at the university where I work at. It would be interesting to explore the effects that listening to different types of music have on people, i. e., Gregorian chant, Rock, African, Taiko or Latin drumming, etc. At any rate, I join the community of people who wish to thank you for your contribution to a better understanding of the subject.
Love it! I'm musician, I'm studying music since 2010 and I've never seen so clear the music and its neuroscience like in this video! Congrats for your passion in this. New subscriber ✨ Greetings from Buenos Aires, Argentina
Love these videos. I’m in Chiro school to practice functional neurology and I’m really interested in using sound and music to remediate brain pathologies!
Danny, this is nice, but frequency is not responsible for the tone of these sound. For musicians, tone is a part of the tonal system. Langer and Scruton have great thongs written about that.
One more mentioning .if one particular freq is hesrd after that all freqes or any freq hesring is not pleading .thus our scale is designed.it is similar all over the world.why .in my awareness it due to our brain property.that is nature of human brain.i dont know whether animals or birds can understant musis .but one thing ,human brain have the property to distinguish the freq differences and that leads us to interpret music .hearing is kind of work for brain.this work will be easy for certain freq intervels .that comfortable ratio is nothing but our international major diatonic scale do re me fa sol la se do .the ratio octave freq by the key note freq is absolutely eqal to 2 .for eg, if octave frq is 512, first or freq of ,do ,will e 256.2nd ovtave is 1024 ,next will be 2048..i have studied it in my physics text .the chapter was musical sound and resonance.thankyou for your informative and intersting vedio .hope more like this.
I am a Biologist and work with neuroscience and music, and I must say, you did a AMAZING work in this video!
I was here for sound in the brain. You explained it far better than my teacher. Thanks!
Woah. This video is a gem! Thank you, super thank you. I appreciate your hard work for this video so much. Wish you all the best ❤
Awesome presentation, however you didn't touch on pattern recognition! If I play 123 123, the brain is now primed to expect 123 again. If I play 12312312, something is signaling that 3 is likely to follow. I think most of what you touched on is actually not really related to music, but simply the low-level audio processing which we might find similarly in a lot of animals. That result could be used for other non-musical things, like speech. I think the true nature of Music is actually the little game that happens way after the auditory signal has been broken down into pitches, notes, etc. From all these 'segmented' individual units, the brain is creating a context that is constantly updating as the song plays. The brain is constantly trying to predict the next segment of music from these units. If we're playing In C major, then that's part of the context as some sort of meta unit that represents the harmonics. If suddenly we play notes from D minor, some part of the brain is recognising a mismatch with the context. If that same mismatch happens repeatedly every ~X seconds, then it can also pick up on that, that way we're ahead and we can start to predict the next mismatch. These are extremely fundamental processes of the human brain that allowed humans to rise way above other animals in intelligence, the ability to find patterns out of any information, even its own deduced information. We always take these abilities for granted, but with music we are specifically targeting and exciting them (and some genres take it to the max, like Jazz and the more melodic/jazzy/psychedelic side of 70s Prog Rock) I'm not too sure about harmonic music still, but I think this is how it works for any music with identifiable notes
The tension of the mismatch is the paint of the artwork.
That's true, pattern recognition and expectations play a huge role in music that I didn't really address here. Expect a more in depth exploration of this topic in the future.
You just covered 2 hours of cognitive neuroscience lecture for me. It was extremely well explained. Thank you so much!
Great presentation on how our brain process audio. The creative animation definitely helped illustrating the functionality of each part of the brain in this process. Keep up the good work!
Def resonate!!
If no one else did, let me appreciate and tell you that I just loved the amount of effort that went in behind this video
Hey thanks man! Really appreciate it.
It's always easier to learn about the details of a topic you care about and resonate with (i.e. music) than if it's taught for an exam (i.e . the sound or ear anatomy chapter in Physics/Anatomy). Thanks for expressing your passion for the greater good of all of us.
Amazing, thank you! Very well made and fantastically explained.
Awesome edits Danny! Your page and passion for music and science is inspiring!
Music being a human universal is a amazing fact I never knew, leads me to believe as we learn more about neuroscience that we may come upon some massive discoveries in regards to how music effects the brain and it’s different uses
Thanks for this video 💚
This is such a creative and informative presentation that would be an excellent addition to college courses in "Sensation and Perception", "Physiological Psychology" and Neuroscience amongst others.
Love the Info! Thanks!
Awesome video, thank you!
Danny continues to kill the game!
An excellent overview of a complex topic with cool animations!
Super informative for musicians, overall really dope content
Awesome content!! Love the explanation along with illustration, really guides me to understand the functional components within the process and all the terminologies:) look forward to more videos of this series.
Excellent insight!!!
This was amazing to watch and inspired genuine thought
Love it, esp as a musician
That's awesome, you hit it👍🏻
Interesting. It’s almost Intuitive but glad there’s some awesome research these days! I’m a radio operator and there are so many parallels. Thanks and I can’t wait to see more videos!!
Love the visuals and information!
Awesome presentation! thanks a bunch.
You need more subscribers! I'll be putting your channel in my works referenced. Thank you Danny!
Fantastic video
Nice one.
Thank you for sharing your views. The presentation is very informative. I am sharing it with an entire class at the university where I work at. It would be interesting to explore the effects that listening to different types of music have on people, i. e., Gregorian chant, Rock, African, Taiko or Latin drumming, etc. At any rate, I join the community of people who wish to thank you for your contribution to a better understanding of the subject.
Dope content bro, definitely gives good perspective on what the brain is capable of.
Love it! I'm musician, I'm studying music since 2010 and I've never seen so clear the music and its neuroscience like in this video!
Congrats for your passion in this. New subscriber ✨
Greetings from Buenos Aires, Argentina
:)
Wow.. brilliant... blessings to you brother.
Excellent presentation. It is truly amazing how the audition sense operates and is processed by the brain.
So great!!
Keep it up! I have loved seeing this channel progress and you inspire me all the time 🤍
Excellent!!!
A rare and important video which deserves much more views. Hats off and thanks a lot for doing this series❤
Nice video
This video is incredibly well made! It's so beautiful!
Fire 🔥
Nice job at portraying your information in both a captivating and relaxing way. Can't wait to see what's next!
Great video quality
Love these videos. I’m in Chiro school to practice functional neurology and I’m really interested in using sound and music to remediate brain pathologies!
pretty cool
Thanks
🔥 🔥 🔥
Are you a med student? This is fantastic. Loved it.
🔥🔥🔥
🔥
👏👏👏
Do you make the animation with brain fibers youself? Which modeling tool do you use?
Yes, I use Blender 3.0. Check the description for details.
Danny, this is nice, but frequency is not responsible for the tone of these sound. For musicians, tone is a part of the tonal system. Langer and Scruton have great thongs written about that.
1:17
Man burnt 700 calories moving his arms in this video.
🤔🙄😯😲😍❤
This fills me with anxiety I'll go deaf! lol. Like, just bump one stupid wire out of place...
One more mentioning .if one particular freq is hesrd after that all freqes or any freq hesring is not pleading .thus our scale is designed.it is similar all over the world.why .in my awareness it due to our brain property.that is nature of human brain.i dont know whether animals or birds can understant musis .but one thing ,human brain have the property to distinguish the freq differences and that leads us to interpret music .hearing is kind of work for brain.this work will be easy for certain freq intervels .that comfortable ratio is nothing but our international major diatonic scale do re me fa sol la se do .the ratio octave freq by the key note freq is absolutely eqal to 2 .for eg, if octave frq is 512, first or freq of ,do ,will e 256.2nd ovtave is 1024 ,next will be 2048..i have studied it in my physics text .the chapter was musical sound and resonance.thankyou for your informative and intersting vedio .hope more like this.
think about an auto mechanic
The presenter is hot🥵🥵🥵
this is so ironic
poor
0:21 poggers