How I Successfully Taught Myself Perfect Pitch (It Wasn't Really That Hard)

Ryan O'Connor
30 Jan 202215:35

Summary

TLDRDieses Video skizziert eine Methode, die Entwicklung einer perfekten relativen Musikwahrnehmung ohne das Talent für perfektes Pitch vorstellt. Der Sprecher teilt seine Entdeckung, wie man mit nur einer bekannten Note alle anderen Töne identifizieren kann, und erläutert die Rolle des auditory Cortex im Vergleich von Tönen. Durch das Erinnern an eine Referenznote und das Anwenden von Intervallen könnten alle Menschen theoretisch die Tonhöhe schnell und präzise erkennen. Der Sprecher glaubt, dass diese Technik die Art und Weise, wie Menschen Musik wahrnehmen, revolutionieren könnte, wenn sie in den pädagogischen Standard aufgenommen würde.

Takeaways

  • 🎶 Der Sprecher glaubt, dass seine Entdeckung die Wahrnehmung der Musik für die Menschheit verändern könnte.
  • 🎵 Er möchte zeigen, wie man eine relativ gute Tonhöhe entwickeln kann, die wie perfekte Tonhöhe funktioniert, ohne diese zu haben.
  • 🎹 Das Hauptaugenmerk liegt auf der Verwendung einer einzigen bekannten Tonhöhe, um andere zu identifizieren.
  • 👂 Die Wichtigkeit des auditiven Kortex, der die Tonhöhen wahrnimmt und die Unterschiede zwischen ihnen erkennt.
  • 🧠 Der auditive Kortex vergleicht ständig die aktuelle Tonhöhe mit der zuvor gehörten, um die Informationen zu verstehen.
  • 🪗 Musiker haben oft eine Art von relativer Tonhöhe entwickelt, die durch bestimmte Instrumente oder Musikstile interniert wurde.
  • 🎸 Der Sprecher verwendet B-Flat und C-Major als Hauptreferenzpunkte für seine Methode, um Tonhöhen zu identifizieren.
  • 📚 Musiktheorie und das Singen von Skalen helfen, die auditive Wahrnehmung und das Verständnis von Tonhöhen zu verbessern.
  • 🔍 Durch das systematische Üben und das试验(这里应该是一个打字错误,应该是“Üben”而不是“试验”) kann man die Fähigkeit, Tonhöhen schnell zu identifizieren, verbessern.
  • 🚀 Der Sprecher glaubt, dass seine Methode die Musikwahrnehmung revolutionieren könnte, wenn sie in den modernen musikalischen Lehrplänen standardisiert wird.
  • 🌐 Er ermutigt die Zuschauer, seine Methode auszuprobieren und im Kommentarbereich Feedback zu geben.

Q & A

  • Was ist das Hauptthema des Videos?

    -Das Hauptthema des Videos ist die Entwicklung einer Funktionsweise ähnlich der perfekten Tonhöhe, die man durch das Wissen einer einzigen Note erreichen kann.

  • Was ist die Bedeutung von 'perfekter Tonhöhe' im Kontext des Videos?

    -Perfekte Tonhöhe ist die Fähigkeit, eine Tonhöhe anhören und sofort den Namen dieser Tonhöhe im Kopf zu haben, ohne nachzudenken. Dies geschieht unterbewusst und ist eine natürliche Gabe.

  • Wie kann man, ohne natürliche perfekte Tonhöhe, eine ähnliche Fähigkeit entwickeln?

    -Man kann durch das Wissen einer einzigen Tonhöhe und das Verständnis von Musikintervallen eine ähnliche Fähigkeit entwickeln, indem man seine relative Tonhöhe verbessert.

  • Welche Rolle spielt die auditive Kortex in der Wahrnehmung von Tonhöhen?

    -Die auditive Kortex ist der Teil des Gehirns, der Tonhöhen wahrnimmt und die Unterschiede zwischen ihnen erkennt. Sie vergleicht ständig die aktuelle Tonhöhe mit der zuvor gehörten, um die Informationen zu verarbeiten.

  • Was ist der Zweck der in dem Video vorgestellten Methode?

    -Der Zweck der Methode ist es, die Fähigkeit, Tonhöhen schnell und präzise zu identifizieren, zu verbessern, indem man sie als eine Art 'quadratischer Ausdruck' für relative Tonhöhe verwendet.

  • Wie kann man die Methode effektiv nutzen, um Tonhöhen zu identifizieren?

    -Man kann die Methode nutzen, indem man eine Referenztonhöhe wie B kennt und dann die angegebenen Intervalle intern durchsingt, um zu anderen Tonhöhen zu navigieren.

  • Was sind die Vorteile der in dem Video vorgeschlagenen Technik?

    -Die Technik kann helfen, die Tonhöhe schneller und präziser zu identifizieren, ähnlich wie bei der perfekten Tonhöhe, und könnte die Art und Weise, wie Menschen Musik wahrnehmen, verändern.

  • Was ist der Hauptvorschlag des Videos für die Musikpädagogik?

    -Der Hauptvorschlag ist, diese Technik in den modernen Musikcurriculum zu integrieren, um die Fähigkeit, Tonhöhen zu navigieren, zu verbessern und zu standardisieren.

  • Wie kann man die Intervalle zwischen den Tonhöhen internisieren?

    -Man kann die Intervalle internisieren, indem man sie durch interne Singen und das Verständnis von Musiktheorie lernt, ohne dass es notwendig ist, die Töne laut zu singen.

  • Wie kann diese Technik die Musikerfahrung verbessern?

    -Diese Technik kann die Musikerfahrung verbessern, indem sie Musikern hilft, Tonhöhen schneller und präziser zu identifizieren, was ihre Fähigkeit, Musik zu spielen und zu verstehen, erhöht.

Outlines

00:00

🎼 Entdeckung einer neuen Methode zur Entwicklung von relativer Tonhöhe

Der Sprecher teilt eine neue Methode mit, die es ermöglicht, relative Tonhöhe so gut zu entwickeln, dass sie wie perfekte Tonhöhe funktioniert, selbst ohne diese zu besitzen. Er betont, dass man lediglich eine einzige Note kennt, um dieses System anzuwenden. Er diskutiert die Rolle des auditiven Kortex und wie man durch das Erinnern an eine Referenznote und das Verständnis von Skalen und Intervallen, die Tonhöhe eines Stücks ermitteln kann. Er schildert seine persönliche Erfahrung und wie er durch das Üben und das Anwenden von Musiktheorie in Kombination mit seiner internen Ohrenentwicklung, zu einer präzisen Tonhöhenangabe gekommen ist.

05:02

🤔 Der Prozess der internen Tonhöhennavigation

In diesem Abschnitt reflektiert der Sprecher über die Herausforderungen, die mit der internen Navigation zwischen Tonintervallen verbunden sind. Er beschreibt, wie die Fähigkeit, schnell zwischen Noten zu wechseln, viel Hirnleistung erfordert und wie dies die Fähigkeit zur Echtzeit-Tonhöhenerkennung beeinträchtigen kann. Der Sprecher entwickelt dann eine Methode, die es ermöglicht, von einer Referenznote aus, in der Regel B, zu jedem anderen Ton in der westlichen Musik zu navigieren, und diskutiert die Vor- und Nachteile dieser Methode.

10:03

🎹 Die Systematik der Tonhöhennavigation und ihre Anwendung

Der Sprecher erklärt die Logik hinter seinem System, das auf der internen Verwendung der Intervalle basiert, um von einer Referenznote schnell zu anderen zu gelangen. Er betont die Wichtigkeit, die Intervalle zu memorieren und wie man durch das Internieren dieser Intervalle und die Verwendung von Major- und Minor-Skalen, sowie die Anwendung von Musiktheorie, zu einer effizienten Tonhöhenbestimmung gelangen kann. Er diskutiert auch die Schwierigkeiten, die mit dem Erlernen dieser Fähigkeit verbunden sind und wie man sie überwinden kann.

15:05

🌟 Die potenzielle Revolutionierung der Musikwahrnehmung

Schließlich stellt der Sprecher seine Überzeugung dar, dass seine Methode die Art und Weise, wie Menschen Musik wahrnehmen, revolutionieren könnte. Er vergleicht die Einfachheit der Musik mit anderen Sprachen und argumentiert, dass die Fähigkeit zur Tonhöhenbestimmung für jeden erlernbar ist, wenn sie in den modernen musikalischen Lehrplänen standardisiert wird. Er fordert Feedback und Diskussionen zu seiner Methode und teilt seine Hoffnung aus, dass sie die Zukunft der Musikwahrnehmung der Menschheit verändern kann.

Mindmap

Keywords

💡Relative Pitch

Relative Pitch ist die Fähigkeit, Töne in Beziehung zueinander zu identifizieren, ohne auf eine absolute Referenz zu pinnen. Im Video wird dies als eine Fähigkeit dargestellt, die so entwickelt werden kann, dass sie wie Perfect Pitch funktioniert, auch ohne vorherige Kenntnisse über Musiktheorie. Ein Beispiel aus dem Skript ist, wie der Sprecher seine relative Pitch-Fähigkeit durch das Spielen verschiedener Instrumente und das Singen von Skalen entwickelt hat.

💡Perfect Pitch

Perfect Pitch ist eine angeborene Fähigkeit, die es einem Menschen ermöglicht, einen Ton zu hören und sofort den Namen dieser Note im Kopf zu haben, ohne nachzudenken. Im Video wird dies als ein natürliches Geschenk beschrieben, das man nicht erlernen kann, aber das durch das Verständnis und die Entwicklung der relativen Pitch-Fähigkeit nachgeahmt werden könnte.

💡Auditory Cortex

Der auditive Cortex ist der Teil des Gehirns, der Töne wahrnimmt und die Unterschiede zwischen ihnen erkennt. Im Video wird erklärt, dass der auditive Cortex ständig auf den letzten gehörten Ton zurückprüft, um die Informationen zu verarbeiten, die gerade hereinkommen. Dies ist entscheidend für das Verständnis des Konzepts der relativen Pitch.

💡Music Theory

Musiktheorie ist das System von Regeln und Konzepten, die die Struktur und die Entwicklung von Musik erklären. Im Video wird die Musiktheorie als Grundlage für das Verständnis und die Entwicklung der relativen Pitch-Fähigkeit herangezogen, insbesondere durch das Verstehen von Skalen und Intervallen.

💡Intervals

Intervalle beziehen sich auf die Distanz zwischen zwei Tönen. Im Video wird das Verständnis von Intervallen als Schlüssel für das Erlernen der relativen Pitch-Fähigkeit hervorgehoben, da es ermöglicht, Töne in Beziehung zueinander zu setzen und die Tonart eines Stückes zu identifizieren.

💡Tonicize

Tonicisieren ist ein Prozess in der Musiktheorie, bei dem ein Ton oder eine Tonart als Hauptton oder Hauptakzent einer Melodie fungiert. Im Video wird dies als Teil des Prozesses beschrieben, bei dem die relative Pitch-Fähigkeit entwickelt wird, indem man Töne in einem Kontext von Skalen und Tonarten betrachtet.

💡Brass Instruments

Blechblasinstrumente sind Musikinstrumente, die durch das Pfeifen in eine Mundstücksöffnung Klänge erzeugen. Im Video wird die Bedeutung von Blechblasinstrumenten für die Entwicklung der relativen Pitch-Fähigkeit hervorhegt, da sie oft auf B-Flat oder C-Dur gestimmt sind, was als Referenzton für Musiker dienen kann.

💡Guitar

Eine Gitarre ist ein Saiteninstrument, das in vielen Musikgenre verwendet wird. Im Video wird die Gitarre als Beispiel für ein Instrument genannt, das oft in E-Dur oder anderthalb Töne höher als C gestimmt ist, was die Verwendung von C als Referenzton für Gitarristen erklärt.

💡Major Scale

Eine Dur-Skala ist eine Sequenz von Tönen, die einen bestimmten Ton als Hauptton hat und eine bestimmte Struktur von Intervallen aufweist. Im Video wird die Dur-Skala als Grundlage für das Verständnis der Tonleitern und die Entwicklung der relativen Pitch-Fähigkeit verwendet.

💡Diagram

Ein Diagramm ist eine grafische Darstellung von Informationen, die im Video verwendet wird, um die von dem Sprecher entwickelte Methode zur Erreichung jeder Note aus einer Referenznote darzustellen. Das Diagramm hilft, die komplexen Beziehungen zwischen Tönen visuell zu veranschaulichen und die Methode zur Identifizierung von Tönen zu erlernen.

Highlights

Entdeckung, die die Wahrnehmung der Musik für die Menschheit verändern könnte

Entwicklung von relativer Tonhöhe als Ersatz für perfekte Tonhöhe

Einzig notwendiges Wissen: Eine einzige Note

Musiktheorie und Ohrtraining zur Identifikation von Intervallen

Systemchart zur Erklärung des Verfahrens

Gedanken umfassendes Training zur Entwicklung von neuralen Verbindungen

Erfolgreiche Anwendung des Verfahrens zur Tonhöhenbestimmung

Gespräch mit Freund Preston über perfekte Tonhöhe

Autonome Assoziation der Tonhöhe mit den ersten Erinnerungen

Forschung zur Funktion des auditiven Cortex

Interneisierung von Tonhöhen durch Musikinstrumente

Theorieunterricht zur Entwicklung des internen Ohres

Möglichkeit, Tonhöhen ohne verbale Ausdrücke zu internalisieren

Entwicklung eines Systems zur effizienten Bestimmung von Tonhöhen

Optimierung des Systems durch algebraisches Denken und Eliminierung

Verwendung von C-Moll und C-Dur zur Abdeckung aller 12 Noten

Visualisierung des Systems zur internen Navigation der Tonhöhen

Test des Systems durch einen zweiten Menschen mit perfekter Tonhöhe

Potenzielle Verbesserung der Gesangs- und Tonhöhenbestimmungsfähigkeit

Kommentar zur Anwendbarkeit des Systems auf die moderne Musiklehre

Aussicht auf eine Veränderung der musikalischen Wahrnehmung durch die Menschheit

Aufruf an die Zuschauer, das System zu testen und Feedback zu geben

Transcripts

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i think i made a discovery that could

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change the way humans perceive music for

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the rest of history and that's a really

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big deal so let me explain i'm going to

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show you how you can develop relative

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pitch so well that it functions as

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perfect pitch even if you don't have it

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except the crazy thing is all you need

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to know is one single note if you have

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prior knowledge of music theory and have

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a pretty good ear and can figure out the

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intervals between notes skip to this

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time there's a chart that explains this

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system and you're probably going to

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understand it if you just look at the

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chart if not let me explain what i'm

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even trying to say here and how i got to

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this conclusion and try and think about

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all of this stuff from a different

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perspective i'm going to be introducing

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different parts of the brain as we go

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through this and in order for this trick

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to work you need to be thinking about

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using all of the parts at the same time

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in conjunction that way your brain will

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figure out how to make these neural

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connections and make these leaps by

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itself as you go through with trial and

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error and it will work i've been doing

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this for the past day and today alone

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i've guessed the key of every song that

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i've listened to and i've only gotten

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two of them wrong every other guess that

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i've made has landed within a half step

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or less which just proves that this

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works so let me explain so the other day

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i'm talking to my friend preston preston

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has perfect pitch if you don't know this

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already some people have the natural

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ability to hear a note and have the

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letter name of that note pop into their

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head they don't need to do any thinking

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it all happens subconsciously and it is

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a natural gift you can't learn

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subconscious perfect pitch and you'll

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know whether or not you have it i think

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by like age six i go to a music college

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so it's super common for people to have

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perfect pitch and my friend preston

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happens to have it one day i started a

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conversation with him about it just

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because i was curious and i was

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wondering how it even really works he

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explained that the way he understood it

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every time he heard a specific note that

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he was trying to identify his brain

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would automatically think back to the

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first memory of the time he heard that

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note and was able to identify it so for

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example if the note was a c preston's

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brain is most likely jumping back to the

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internal memory of sitting down behind a

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piano playing a c for the first time and

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understanding that that note was a c he

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said it had to do with being able to

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recall the memory of that note really

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well and his brain was just able to

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subconsciously do that because preston

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described it in a very logical linear

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perspective i was able to start thinking

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about notes like that however i didn't

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have all the pieces so i started doing

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some more research and this is what i

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found so the auditory cortex is the part

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of the brain that perceives pitch and

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the differences between them one thing

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that i didn't know going into this is

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that your auditory cortex is constantly

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checking back to the last pitch you

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heard to understand what information is

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coming in if you don't have any sort of

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comparison how are you going to know

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whether a note is high or low your brain

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is automatically filtering through this

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information this is super important

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because that proves that every human

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being's brain works like this more on

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that in a minute i don't have perfect

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pitch but i have a pretty good sense of

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relative pitch i play a few instruments

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and i've had a lot of notes internalized

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through pretty weird things throughout

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the years when preston was explaining

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all this stuff to me i thought back to

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the notes i had internalized from

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certain things for me i grew up playing

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brass instruments in a concert band

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setting so a note that we tuned to a lot

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was b-flat because of that any time i'd

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played trombone euphonium the first note

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i was playing was always b-flat i also

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play guitar and some of my favorite

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metalcore bands will tune to a sharp

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which is the n-harmonic equivalent to

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b-flat another tuning i use pretty

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frequently is e-flat so it's really easy

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for me to pick out an e-flat whenever i

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hear a guitar string plucking it through

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thinking about this i was able to

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realize that every person that plays

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music probably has some sort of sense of

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relative pitch that's already

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internalized so there's probably a home

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base every musician has whether they

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know it or not they just need to be able

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to identify it for me one of those notes

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is b flat since coming to a music

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college and taking theory courses and

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being able to tonicize notes and working

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on developing my internal ear as well as

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singing through major and minor scales

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learning intervals and having a basic

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grasp of how western music works and why

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it sounds the way it does as well as the

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general rules with scales and what notes

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and intervals work well together with

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each other i've come to realize through

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trial and error and just practicing on

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my own that my personal auditory cortex

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is the part of my brain that's getting

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developed by going through these theory

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classes and learning how to tonicize

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notes and learning how to sing major and

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minor scales but i've also realized this

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part of the brain can work without any

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sort of verbalization or noises coming

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out of your mouth you can think about it

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and have these pitches internalized if

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you're able to recall the memory of a

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reference note with the prior knowledge

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of major and minor scales and being able

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to tonicize notes if you have just one

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reference pitch you technically should

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be able to navigate from that reference

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pitch to whatever you're hearing because

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you have a knowledge of the 12 intervals

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the main problem with this is that it

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takes a lot of brain power to switch

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between these intervals internally and

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after a while you're gonna spend 30

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seconds thinking about how do i get from

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a b-flat to an f rather than what note

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am i hearing because chances are you're

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not going to be listening to a note for

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30 seconds at that point the ability

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isn't even real anymore this got me

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thinking even more about how i

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personally could develop a functional

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sense of relative pitch so well

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it would function as perfect pitch with

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this knowledge of being able to navigate

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from any interval technically speaking i

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could be able to figure out all the

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fastest ways to jump between notes just

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by having a single internal reference

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point once i came to this realization it

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was time for me to go to my 9 30 a.m

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theory 3 class as we sit there learning

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about not any of this stuff i'm dozing

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off thinking about what's the fastest

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way that you can get to any given note

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and what note would be the best starting

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point i'm looking at a piece of staff

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paper and the thing we're working on is

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in c major now in western music there

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are 12 notes and in the c major scale

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there are eight of those 12 notes to

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fill in the other four notes the other

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key that you would need would be b major

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with just the keys c major and b major

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you've covered all 12 notes c covers all

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the white keys on the piano b major

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covers all the black keys on the piano

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after organizing all that information on

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a sheet of paper in front of me i

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thought okay it's easiest to tonicize c

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no it's b here's why most people think

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of c as their musical starting point

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since it's usually the first scale you

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learn there are no accidentals it's all

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the white keys on the piano it's the

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most approachable even watching this now

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most musicians with a sense of relative

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pitch would probably be able to give you

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something pretty close to a c if it's

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not c it's most likely going to be b

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flat because of brass instruments again

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brass instruments tune to b flat and

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concert band covers a lot of instruments

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the next most popular instrument would

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probably be guitar but even then guitar

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players tune to an e and an e is a major

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third above a c so it would make the

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most sense for them to use c as the

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reference point e falls directly in

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between both of those keys and if you

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shift a half step up or down you're able

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to tonicize either b flat or c from b

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now here's where this system gets really

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crazy but after drawing out a diagram

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and explaining it on paper it actually

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makes a ton of sense and it's really

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easy i've drawn out a system for as of

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right now what i believe is the easiest

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and most efficient way to get to every

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single note from in the fastest way

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possible the craziest part about this

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whole system is that it works internally

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if you have b memorized well enough you

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should be able to navigate through these

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pitches with the steps outlined in this

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system it's essentially the quadratic

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formula for relative pitch now from this

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point on in the video we're gonna start

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thinking algebraically in terms of

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process of elimination there are 12

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notes in western music and we want to

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figure out how to get from b

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to every other note as efficiently as

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possible all while listening to whatever

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notes coming into our ear and relating

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it to that note as such to really test

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this hypothesis i got a second person

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that i knew with perfect pitch to

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explain his to me he described it as a

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natural ability that he thought that

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everybody had but he did mention that

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one flaw he noticed was that he was

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every now and then a half step off he

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also mentioned that he was a naturally

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flat singer so if his voice was his

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reference point realistically that's

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what would be causing it to go flat by a

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half step he also mentioned that if he

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hears a tone and isn't thinking about

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identifying the pitch but then somebody

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asks him what note that was he'll think

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back to hearing that note and then cross

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referencing it with whatever note he

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heard before that based off of his

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internalization of each note this is a

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pretty bold claim but i'm pretty sure

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the system that i've drawn out with this

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chart is the same path that people with

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perfect pitches brains follows

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subconsciously now it might not

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necessarily start on the note b

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but it would make most sense that the

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human brain follows this path in a

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logical linear order eliminating any

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unnecessary information

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allowing the function to be subconscious

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now i personally have been testing out

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this system for the past 24 hours and

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i've already noticed i've not only

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gotten better at singing i've gotten

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better at internalizing pitches and

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within the past day i've only gotten two

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guesses completely wrong every other

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guess i've made has fallen within a half

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step because i'm also a naturally flat

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singer and i gravitate towards b flat as

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my reference pitch my internal b

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sometimes slips between a b and a b flat

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and because of that my ear will relate

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it to the notes that i'm hearing in

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western music if i'm halfway in between

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two notes i'm probably gonna fall either

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a half step down or a half step up just

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to relate it back i don't know if that

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made any sense now if you don't have

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perfect pitch this struggle comes in

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where you need to consciously identify

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how you're thinking most people do not

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go through life like that so you really

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need to take a step back and think what

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am i thinking about if you're trying to

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identify a note as quickly as possible

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you need to be thinking about pulling a

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your long term memory you need to be

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thinking about navigating these pitches

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internally without singing out loud you

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need to be thinking about how your prior

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knowledge allows you to relate notes to

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one another you need to think about what

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pitch you're hearing and how that

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relates to your internal reference point

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and i'm kind of being redundant at this

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point but basically you just need to be

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thinking about all of these things at

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the same time if you're successful then

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your brain will make these connections

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between the parts that don't normally

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communicate this skill involves relating

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parts of the brain that don't

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communicate with each other very often

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but the more time you spend doing it the

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quicker you'll pick up on it in the past

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day alone this is already start to

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become completely instinctual for me and

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i'm actually able to identify keys

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whenever i was even able to identify the

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key of a song successfully without even

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hearing it i was able to use my

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knowledge of the song's melody and

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cross-reference that with my prior

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knowledge of the note through that i was

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able to get to the conclusion that the

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song was an e flat and i honestly

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believe that any human being can learn

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how to do this music is a language and

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it is by far the most simple language in

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western music there are 12 sounds that

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all have individual distinctive labels

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the english language has 26 letters and

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they have different sounds so that's

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already exponentially more complicated

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and the only reason people really avoid

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creating music to begin with is because

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they feel like they don't have a sense

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of pitch or a sense of rhythm rhythm is

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a discussion for a different day but

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with this system theoretically i think

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any human being could learn how to

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navigate pitch and have a completely

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different understanding and appreciation

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for music as a whole almost in the exact

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same way that the world's most

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passionate musicians do if this is

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standardized within the modern musical

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curriculum it could change the way the

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entire future of humanity is able to

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perceive music if this becomes the new

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standard for how you're able to navigate

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relative pitch and it's a skill you're

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just able to learn and it becomes

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something that's just as trivial as

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scales or chords or intervals it could

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literally change human history forever

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okay this has been a really long ramble

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but i hope you understand what i'm

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trying to communicate here here's a

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diagram of the system and how it works

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so we're gonna start at the note b i've

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added symbols and some color coding as

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well as arrows with intervals so at

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first this looks really confusing but i

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promise i'll explain it all to make as

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much sense as possible if you sing a b

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from there it's very easy to internally

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sing a major seventh arpeggio if you can

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internally sing through a b major seven

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arpeggio while listening for your

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reference pitch you have already

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successfully a b four of the twelve

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notes in western music if you hear the

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same note your brain will tell you and

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you'll be able to figure out what the

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note you're listening to is if not from

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a b you can transpose up to c from here

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you will internally sing through a c

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major 7 arpeggio

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if it's not any of these notes you're

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back at a b and you've a b seven of the

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twelve notes in western music from here

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there are some interesting intervals

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that you'll just need to memorize in

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order to learn effectively but i think

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if memorized you'll be able to whip them

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out at any given moment to get to a from

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b you just need to sing a whole step

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down or a major seventh up to get to a c

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sharp from b you need to sing a major

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second up or just sing one step up the

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major scale

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that's two more notes gone now i know

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with music if you just start saying

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letters your brain doesn't interpret

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those as notes and it gets really

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confusing so just bear with me here

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follow the visual chart to get to an f

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from b you need to sing a diminished

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fifth i don't want to get copyright

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claimed but there's a very popular

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cartoon theme where the melody is a

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diminished fifth interval followed by a

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half step up coincidentally these notes

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are also b f and f

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so technically speaking you could use

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this cartoon's theme as your internal

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reference point for a b to get to a d

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you just need to go a whole step up from

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c so just saying one note up the c major

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scale the most difficult note for this

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system to reach is g sharp to get to a g

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sharp you can sing an augmented fifth

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from c

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but that's really difficult to navigate

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internally so it would just make more

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sense for you to memorize the interval c

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to g

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at this point we've trial and error

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every single note in western music so

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you'll have figured out what key the

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song you're listening to is in or

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whatever note you're trying to figure

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out with this system if learned

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efficiently enough i honestly believe

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anyone can learn to do this within about

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three seconds if you can identify a note

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in that short of a time frame it

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functions just as well as perfect pitch

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and anybody can learn this i've been

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trying this for about a day and it has

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been so absolutely mind-blowing that i

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am legitimately confident this could

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change the world if not anyone that sees

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this video and has the drive and

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ambition to get it done it's going to

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change the way that they perceive music

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forever and that's a huge deal this has

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already benefited me so much as a

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musician and i honestly can't believe

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this skill isn't standardized as

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something that all musicians should

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learn it's really not that difficult and

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anyone can do it so let me know in the

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comments if this works for you if not we

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can have a discussion about it i want to

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figure out if i can improve this in any

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way if possible i'll probably make an

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update on this video but yeah let me

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know uh if this helps anybody i'm more

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than happy to have been of assistance so

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yeah thanks for watching hit subscribe

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if you want to see more discussions like

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this also if you want to check out any

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of my personal stuff you can follow me

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on instagram at rhinocon drums or just

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subscribe here i'm planning on making

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some more long-term discussion videos

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like this throughout the year so if

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you're interested hit subscribe

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Related Tags
MusiktheorieHörfähigkeitPitch-EntwicklungMusikerziehungPerfect PitchIntervallkenntnisMusik-SystemAuditiv CortexMusik-DiagrammPitch-Identifikation
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