You know more about music than you think.

Perhaps you've never studied harmony. Maybe you can't explain what a dominant is, write a scale, or recognize an interval by name. Even so, when a melody hangs suspended, you know something is missing. When it finally resolves its tension, you feel it. When the rhythm shifts, your body detects it. When a voice rises, you know where it's gone.

Long before we learn the names of things, we are already learning to listen.

Experience comes before the name

Imagine someone playing a familiar melody and, just before the last note, stopping.

Something inside you will probably continue the sentence.

Perhaps you don't even know what note you're expecting. You don't know its name, its harmonic function, or its frequency. But you can feel that Something should happen next..

That difference between power feel a musical connection and power explain it conceptually It is fundamental. We often confuse musical knowledge with musical vocabulary.

Research in musical cognition has been studying precisely this phenomenon for decades. In a major review published in Cognition, Emmanuel Bigand and Bénédicte Poulin-Charronnat analyzed the musical abilities of people without specialized training. The results included perceptions of tension and relaxation, musical expectations, harmonic relationships, and emotional responses.

His provocative description for these people is “experienced listeners” .

Someone may not have spent ten years in a conservatory and yet have spent ten, twenty, or forty years listening to music.

That exhibition leaves its mark.

Then Jacob Collier raises a hand…

There is a scene that makes this idea almost impossible to ignore.

In a conversation with Simon Sinek for A Bit of Optimism ,Jacob Collier recalls how he began to transform his audiences into enormous impromptu choirs.

The story, curiously, begins much earlier.

One of his earliest memories is watching his mother, violinist, conductor, and educator Susan Collier, leading groups of musicians. Little Jacob would see her arms move and hear how, immediately, the sound of an entire room would respond.

To a child, that seemed like magic: One person would move their body and many others would turn the gesture into music.

Years later, that image would reappear in an unexpected way.

San Francisco, February 2019

Collier places a decisive moment at the end of February 2019, during a concert in San Francisco.

I was performing Blackbird, The Beatles' song, which he frequently used because much of the audience already knew it. As he reached the end, he began to build repetitive patterns with the voices of the audience.

He divided the room into three sections.

Each group received a different part of the phrase. The voices began to circulate like human loops until together they formed a chord. F major.

Jacob slowed down the pattern.

Finally, the audience was left holding the chord.

And then something new happened.

Collier looked at one of the sections and pointed upwards. The group responded by raising their pitch.

He pointed in another direction. The voices began to move again.

He was no longer teaching melodies note by note. There were no scores, no rehearsals, and no explanations of harmony. He had before him an enormous human instrument capable of moving within a tonal space through gestures.

How can a crowd understand those instructions?

That's the really interesting question.

Jacob could have said: “go up a major second”, “go down chromatically”, “form this inversion now” or any other instruction typical of technical language.

Instead, he moves his hands.

Above.

Below.

A bit.

A lot.

Softer.

More intense.

And thousands of people respond.

In another conversation, this time with PBS / Amanpour & Company ,Collier explains a simple principle behind the Audience Choir: divide the audience into groups, establish initial notes, and then let the movement of their hands communicate where each section should move.

There he summarizes part of his philosophy with an extraordinarily simple idea: “permission is more important than skill”.

Permission before ability.

Music can be reduced to very simple relationships

In the interview with Sinek, Jacob proposes something especially useful for thinking about music education.

Before getting to scales, ciphers or nomenclatures, there are some extremely simple perceptual axes.

A child can distinguish a high-pitched voice from a low-pitched one without knowing the words. sharp and serious.

We can recognize that a sound got louder without calculating its decibels.

We can perceive that a texture was filled when twenty voices entered and that it was left empty when only one remained.

Conceptual knowledge can come later.

First there was an experiment.

We also know when we get home

Then Jacob sits down at the piano and adds another axis, much more abstract and perhaps even more interesting:

departure and arrival.

Use the key of F as an example.

Music theory may call these relationships tonic, dominant, harmonic function, voice leading, or cadence.

However, perceptual experience can appear long before those names.

As early as 1979, Carol Krumhansl and Roger Shepard were investigating how listeners judged which notes seemed to adequately complete a tonal context. Their results showed a perceptual hierarchy: some notes feel more stable and more closely related to the tonal center than others. You can consult the original study on tonal hierarchy .

And this happens constantly while we listen to music.

Our brain makes small predictions: something will continue, something will change, something is about to arrive, something still needs to be resolved.

But beware: “intuitive” does not mean completely universal

Here an essential nuance emerges.

When we perceive a tonal resolution as obvious, we can easily come to think that that relationship was engraved in our minds from birth.

Scientific evidence suggests a much more interesting story.

Humans seem to be born with extraordinary abilities to detect sound and temporal relationships. A study by Erin Hannon and Scott Johnson showed that seven-month-old babies could use metric structure to categorize rhythms and melodies. You can consult the research published in Cognitive Psychology .

However, as we grow up, our perception also becomes specialized in the music that surrounds us.

Hannon and Sandra Trehub found something revealing when comparing the perception of simple and complex metrics. Young babies showed sensitivity to both types of organization, while adults responded according to patterns specific to their cultural experience. study on metric categories It offers a fascinating window into this process.

Literature uses a particularly useful word: musical enculturation.

We listen to hundreds and then thousands of hours of music. Our perceptual system begins to find regularities: which rhythms appear together, where the accents usually fall, which notes tend to follow others, which combinations signal rest, which ones generate expectation.

A review on musical acquisition describes precisely that transition between early auditory abilities, cultural exposure, and formal training: Music acquisition: effects of enculturation and formal training .

Your ear has been compiling statistics for years without telling you.

There is another way to understand it.

Every time you listen to music, your brain receives information about what events tend to occur together.

After countless songs, a kind of probabilistic map begins to emerge.

Some continuations are common. Others are surprising. Some produce a strong sense of stability. Others seem to raise a question.

You don't need to consciously calculate those probabilities.

Studies on auditory statistical learning They have shown that even participants without musical training can acquire regularities within sequences of tones. Subsequent research also shows that specialized training can refine some of these abilities.

This is a good reason to abandon a very common idea: that before studying music theory the student arrives "empty".

So, why study theory?

To increase the resolution.

This expression appears very naturally in Jacob Collier's conversation.

We can begin by understanding high and low.Next, we distinguish distances. Later, tones, semitones, and intervals appear. Eventually, we can recognize a major third, a perfect fifth, or a minor ninth.

The initial perception remains.

What increases is our capacity to observe it, name it, reproduce it, transform it, and use it deliberately.

The same applies to harmony.

First we sense something moving away. Then we can understand why.

First we hear about rest. Then we learn how to build it.

First we recognize a color. Then we discover which notes produce it.

In that sense, music theory can function as a microscope for listening.

A musical education could begin here.

Let's think now about a first music lesson.

We can begin by presenting a page full of symbols.

We can also begin by asking:

Which of these sounds feels louder?

Then: Where do you think this melody is going?

After: Which of these two chords feels more stable?

Then we can sing, move, imitate, change a note, hold another, and listen to what happens.

Finally, the names appear.

The concept then finds an experience to cling to.

A small laboratory

What the Audience Choir really demonstrates

It would be easy to watch Jacob Collier's videos and simply conclude that he possesses an exceptional ability to lead crowds.

The most interesting part happens on the other side of his hands.

The public responds.

Thousands of people can sustain a note, listen to other groups, move up or down, regulate intensity, recognize a center, and adapt collectively.

Some people in the audience are professional musicians. Many others are not.

Jacob even notes that when more than half clearly understand the direction, the others tend to join in. The group begins to behave like a musical system.

There is also a pedagogical lesson here.

Participation teaches.

Listening to those around us teaches. Imitating teaches. Intuitively correcting teaches. Feeling how our note fits within a texture teaches.

A crowd that a few minutes ago was an "audience" becomes a chorus because someone built a context clear enough to allow them to discover capabilities that were already available.

You know more about music than you think.

You have heard thousands of melodies.

Your body has found pulses.

You have recognized voices.

You've anticipated the choruses.

You've felt when a song wasn't over yet.

You've noticed when a note seemed out of place within a phrase, when the rhythm lost stability, and when a chord finally allowed you to breathe.

Perhaps you've never called those experiences metrics, tonal function, expectation, interval or resolution.

The name can come later.

The experience was already happening.