Dillard Piano and Organ Studio - teaching and performance

Physicists said it was impossible. Pianists said they could hear the difference. A century of argument. The pianists won.

Published May 28, 2026, scientists finally settled a debate that has divided musicians and physicists for over 100 years: can a pianist's touch actually change the tone colour of a single piano note, or does the same key always produce the same sound regardless of how it's pressed?

Physics says a piano hammer hitting a string at the same speed should always produce the same tone. The only thing that should change is volume. But pianists have insisted for generations that HOW you press the key, the angle, the speed profile, the finger contact, changes something about the quality of the sound.

The scientists confirmed: the pianists were right. Using precision acoustic measurements, they demonstrated that subtle variations in how a key is depressed produce measurable differences in the harmonic spectrum of the resulting note. Not just louder or softer. Actually different in tonal colour.

The mechanism involves micro-variations in how the hammer contacts the string, timing differences in the damper release, and interactions between simultaneous notes that create different resonance patterns. A century of "you're imagining it" just got overturned by the data. The musicians could hear something real that the physicists couldn't measure until now.

(Source: ScienceDaily, May 28, 2026 / Acoustics)

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He buried his wife and watched 10 of his 20 children die. Then he sat down and wrote some of the most beautiful music humanity has ever heard.
In 1720, Johann Sebastian Bach returned home from a trip to find his wife Maria Barbara dead and already buried.
She was 35 years old. They'd been married for thirteen years. She'd given him seven children. And while he was away working, she had died suddenly—possibly from a stroke or illness—and been buried before anyone could reach him to tell him.
He came home to an empty house and children who'd already said goodbye to their mother without him.
The grief must have been unbearable.
But grief was something Bach knew intimately. Of his twenty children—seven with Maria Barbara, thirteen with his second wife Anna Magdalena—ten died in infancy or early childhood.
Ten children. Imagine burying ten of your own children.
In the 18th century, child mortality was common. Families expected to lose children. But expecting it doesn't make it hurt less. Knowing other families suffer the same losses doesn't ease the pain of standing over your own child's grave.
Four daughters. Six sons. Each one a life barely begun, extinguished before they could grow, before they could become whoever they might have been.
Each one a piece of Bach's heart buried in the ground.
How does a person survive that? How do you wake up the next morning and continue living when half your children are dead and your wife is gone?
For most people, that kind of loss would be paralyzing. Devastating. The end of joy, the end of creativity, the end of any ability to see beauty in the world.
Bach did something different.
He composed.
Not simple music. Not forgettable tunes to pass the time. Some of the most profound, complex, emotionally devastating and transcendently beautiful music ever created by human hands.
The Brandenburg Concertos. The Goldberg Variations. The Mass in B Minor. The Cello Suites. The St. Matthew Passion. The Well-Tempered Clavier.
Music that, three hundred years later, still makes people weep. Still gives them chills. Still feels like touching something eternal.
How? How did a man drowning in grief create works of such beauty?
The answer is written on the manuscripts themselves.
At the beginning of his compositions, Bach often inscribed two letters: J.J.
Jesu Juva. "Jesus, help."
At the end, three more letters: S.D.G.
Soli Deo Gloria. "Glory to God alone."
Every piece of music—from the simplest chorale to the most complex fugue—was bracketed by prayer. A plea for help at the start. An offering of glory at the finish.
For Bach, music wasn't entertainment. It wasn't about fame or impressing wealthy patrons or securing better employment (though he needed all those things to feed his large family).
Music was theology. It was worship. It was a conversation between his broken, grieving soul and the God he believed held all things together even when they felt like they were falling apart.
When Bach sat at his keyboard after burying another child, after returning to find his wife already in the ground, after enduring loss that would shatter most people—he didn't stop believing in beauty. He didn't stop believing in order. He didn't stop believing that meaning could be wrung from suffering.
He wrote "Jesu Juva" at the top of the page and began to compose.
Bach was a devout Lutheran living in a time when faith was woven into every aspect of daily life. But his faith wasn't abstract theology—it was intensely personal, forged in the furnace of real suffering.
Listen to the St. Matthew Passion—his musical setting of Christ's crucifixion. It's devastating. The pain is palpable. The anguish is real. This isn't distant, intellectual meditation on suffering. This is a man who knows what loss feels like, channeling all of it into music that expresses the agony of watching someone you love die.
But it doesn't end in despair. It ends in resurrection. In hope. In the belief that death isn't the final word.
That's what sustained Bach. Not denial of pain, but faith that pain wasn't meaningless. That suffering could be transformed into something that glorified God and moved human hearts.
His contemporaries didn't always appreciate what he was doing. Some thought his music was too complex, too intellectual, too dense. Why so many notes? Why such elaborate counterpoint? Couldn't he write something simpler, more accessible?
But Bach wasn't trying to write simple. He was trying to write true—music that matched the complexity of faith, the intricacy of creation, the profound mystery of a God who allows suffering but also offers comfort.
Every fugue with its multiple voices weaving together was a reflection of divine order. Every cantata was a sermon in music. Every chorale was a prayer.
"Soli Deo Gloria." Glory to God alone.
Not glory to Bach's genius—though he was a genius. Not glory to the court that employed him or the church that commissioned his work. Glory to God alone.
This was a man who'd lost half his children, buried his first wife, worked grueling jobs for insufficient pay, dealt with difficult employers and political intrigue, struggled with failing eyesight in his later years, and died relatively unknown and underappreciated.
And his response to all of it was: make beautiful things and give God the glory.
After Bach died in 1750, his music was largely forgotten for decades. His sons were more famous than he was. People considered him old-fashioned, too baroque, too complicated for the emerging classical style.
It took nearly a century for the world to rediscover what he'd created.
In 1829, a young composer named Felix Mendelssohn conducted a performance of Bach's St. Matthew Passion—the first performance since Bach's death. The audience was stunned. How had this masterpiece been forgotten?
The "Bach Revival" began. Musicians and scholars started studying his works, publishing his manuscripts, performing his compositions. They realized what they'd lost—what they'd almost let disappear forever.
Today, Bach is considered one of the greatest composers who ever lived. His music is performed daily around the world. Scientists have sent his compositions into space on the Voyager spacecraft as examples of human achievement. His works are studied, analyzed, revered.
But more than that—his music still does what it was meant to do. It still moves people. Still brings comfort. Still feels like prayer.
When you listen to the Cello Suites, you don't just hear technical mastery. You hear a soul wrestling with beauty and pain. When you listen to the Mass in B Minor, you don't just hear notes—you hear faith made audible.
You hear a man who lost almost everything, asking God for help, and then offering everything he created back as glory.
Jesu Juva. Lord, help me begin.
Soli Deo Gloria. All glory belongs to You.
Three hundred years later, Johann Sebastian Bach's prayer continues. Every time his music is performed, every time someone hears it and feels their heart stirred, every time beauty breaks through suffering—it's still happening.
A grieving father sitting at a keyboard, writing "Jesus, help" at the top of a page, pouring his broken heart into notes and measures, and ending with "Glory to God alone."
He buried his wife. He buried ten of his twenty children. He endured poverty, loss, grief, and obscurity.
And he created music that still, centuries later, reminds us that beauty can emerge from suffering. That faith can survive devastating loss. That meaning can be made from pain.
That even in the darkest moments, when everything feels broken, a human being can still create something eternal.
Jesu Juva. Soli Deo Gloria.
Lord, help. Glory to God alone.

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Trust me, when you’re 70-80 years old, you’re going to either regret that you didn’t or be grateful that you did do everything in your power to nourish your brain when you were in your younger years of life. Studies have revealed that playing a musical instrument (learning and practicing) builds more new neural connections (neuroplasticity) in the brain than almost any other activity on the planet.

Playing an instrument engages nearly every part of the brain at once, including auditory (sound), motor (movement), and visual (reading music) areas. This simultaneous activation strengthens neural pathways and the connections between them.

The process of translating written music (visual) into precise finger movements (motor) and hearing the correct sound (auditory) forces the brain to integrate information from different sense. This improves cognitive flexibility and the ability to multitask.

Unlike skills that are learned and then automated (like tying your shoelaces), playing music involves a continuous process of learning new techniques, memorizing passages and improvising. This constant challenge of mastering new skills maintains and strengthens neuroplasticity throughout life.

Additionally, long-term musical training can lead to both structural and functional changes in the brain. For example, studies show musicians often have larger gray matter volumes in areas related to motor, auditory, and visuospatial processing, as well as a larger corpus callosum.

Also, the act of learning new music helps create new synapses (connections between neurons), while repetitive practice strengthens existing ones. This is a key mechanism of neuroplasticity that allows information to be processed more efficiently.

Playing also requires complex cognitive control, including planning, attention and working memory. The brain strengthens the neural networks associated with these functions, which can lead to better focus and organization in other areas of life.

PMID: 29213699, 38178844, 20889966, 33776638, 25725909, 24672420

Meet some remarkable young prodigies in this collection of 60 Minutes stories, featuring the incredible talents of a 12-year-old composer compared to Mozart to a teenager who discovered a way to detect pancreatic cancer early. From 2017, Scott Pelley's profile of 12-year-old music prodigy Alma Deutscher. From 2012, Morley Safer's report on math and science prodigy Jake Barnett. From 2013, Safer's interview with teenage science student Jack Andraka, who may have invented an early test for pancreatic cancer. And Bob Simon's 2012 report on 21-year-old chess grandmaster Magnus Carlsen.

The 100 year old mystery IS ALIVE!

This is true!!

Go behind the scenes at the New York Steinway Factory and discover how each key is given perfect balance. ✨🎹

Meet Bartolomeo Cristofori: The Forgotten Founder of the Piano In the early 18th century, a man named Bartolomeo Cristofori was working in the court of the Medici family in Florence, Italy. Known primarily as a harpsichord maker, he embarked on a quest to create an instrument that could play both soft and loud. In 1709, Cristofori unveiled his groundbreaking invention: the piano, or "gravicembalo col piano e forte." This innovative design replaced the plucking mechanism of the harpsichord with hammers, allowing musicians to express themselves with dynamic contrasts. Cristofori's creation laid the foundation for the modern piano, yet his genius remained largely unrecognized during his lifetime. Now, three of Cristofori's pianos survive, housed in prestigious museums across the globe. His work transformed music, enabling the rich tapestry of sound that we cherish today 🎹✨