Why Music and Science Begin with the Same Question
Today, the world is accustomed to seeking answers—and finding them quickly.
Artificial intelligence responds in seconds. Search engines provide billions of pages. It seems that the value of knowledge is measured by the amount of information.
But one of the greatest physicists of the 20th century, Richard Feynman, proposed a completely different view on the nature of scientific progress.
In 1955, speaking before the National Academy of Sciences of the USA, he called it the “philosophy of ignorance”. Not because science knows nothing. But because any real discovery begins with the willingness to admit:
“We don’t know the answer yet.”
Decades later, astrophysicists Brian Cox and Neil deGrasse Tyson returned to this idea in a conversation at the STARMUS festival—an international platform that has been bringing together musicians, composers, physicists, astronauts, and artists for over a decade.
And here arises an unexpected question.
Why does the conversation about ignorance take place at a music festival?
The Next Note Has Yet to Sound
Modern neuroscience has revealed an amazing mechanism. When we listen to music, the brain doesn’t just perceive sound. It constantly tries to predict which note will sound next.
This is not a metaphor.
In 2024, neurobiologists at the University of California, San Francisco (UCSF) discovered a group of neurons in the human auditory cortex that don’t just react to music.
Their peculiarity turned out to be much more interesting.
These cells start working even before the next note appears, helping the brain build a prediction of what it will hear next.
In other words, the human brain does not passively wait for music.
It continuously creates an internal model of the future melody, comparing each new note with its expectations. When an expectation is met, a feeling of harmony and completeness arises.
When the music unexpectedly changes direction, the brain instantly readjusts its prediction.
It is at this moment that surprise, emotional response, and deeper memory of what was heard are born.
For neurobiologists, music has become a unique natural laboratory, allowing them to observe one of the fundamental principles of human brain function—the ability to continuously predict the future and learn from every mismatch between expectation and reality.
Each melody turns out to be a journey between expectation and surprise.
And this is precisely why music remains alive.
Science Sounds the Same
Feynman said that acknowledging one’s own ignorance is not a weakness of science.
It is its greatest strength. Because only one who is capable of saying: “I don’t know yet.”
remains open to new discoveries. Isn’t music born the same way?
No true musician comes on stage just to reproduce what is already known.
Each performance is an encounter with what is yet to be born.
Especially when there is room for improvisation.
This is precisely why music and science turn out to be much closer to each other than they seem at first glance.
They begin identically. Not with an answer. With a question.
One Chord Between Disciplines
Perhaps this is why the STARMUS festival, founded in 2011 by astrophysicist Garik Israelian and musician Brian May, guitarist of Queen, brings together physicists, astronauts, musicians, composers, and artists.
At first glance, it seems they represent completely different worlds.
But one quality unites them. Curiosity. The desire to look at the familiar as if seeing it for the first time. It is this that drives a scientist to explore the Universe.
A composer—to seek new harmony.
And a listener—to suddenly stop amidst the usual noise and hear a few notes as if they were sounding for the first time.
Discovery is Born from Courage
In recent years, more and more research confirms: music helps to better understand how the human brain predicts, learns, and stores memories.
But another discovery is born alongside. Not about music. About humans.
Music does not offer ready-made answers. It invites us, again and again, to encounter the unknown. The next note has yet to sound. But this is precisely what makes music alive.
Science is born the same way. Not from certainty. Not from ready-made formulas. But from the courage to take a step into a place where there is not yet an answer.
Final Chord
Perhaps this is why music and science met not by chance.
They have long been asking the same question. What lies beyond the next step?
A scientist seeks the answer by exploring the structure of the Universe. A musician—by listening for the next note.
But both begin identically. Not with certainty. With curiosity.
This is precisely why Richard Feynman spoke of the “philosophy of ignorance” not as a lack of knowledge, but as the beginning of any true discovery.
The unknown does not stop the explorer. It invites them to go further.
Perhaps this is the amazing power of music.
It repeatedly offers us to do what the human brain does every moment.
Imagine what is not yet there. Hear the next note even before it sounds.
And be prepared to change your understanding of the world if it turns out to be different.
In this sense, music is not just art.
It becomes a space where we rediscover one of the most important qualities of an explorer. To remain open to the unknown.
And, perhaps, the most important discoveries are born not between question and answer.
They are born between expectation and surprise?!
Precisely where the next note has yet to sound. But a person... is already ready to hear it.
