By Andrew E. Budson, MD, Contributor; Editorial Advisory Board Member, Harvard Health Publishing

Can music really affect your well-being, learning, cognitive function, quality of life, and even happiness? A recent survey on music and brain health conducted by AARP revealed some interesting findings about the impact of music on cognitive and emotional well-being:

• Music listeners had higher scores for mental well-being and slightly reduced levels of anxiety and depression compared to people overall.
• Of survey respondents who currently go to musical performances, 69% rated their brain health as “excellent” or “very good,” compared to 58% for those who went in the past and 52% for those who never attended.
• Of those who reported often being exposed to music as a child, 68% rated their ability to learn new things as “excellent” or “very good,” compared to 50% of those who were not exposed to music.
• Active musical engagement, including those over age 50, was associated with higher rates of happiness and good cognitive function.
• Adults with no early music exposure but who currently engage in some music appreciation show above average mental well-being scores.

Let’s take a closer look at this study

Those are pretty impressive results, to be sure. However, this 20-minute online survey has some limitations. For one, it included 3,185 US adults ages 18 and older; that is a small number if you are extrapolating to 328 million people across the country. For another, it is really a survey of people’s opinions. For example, although people might report their brain health as “excellent,” there was no objective measure of brain health such as an MRI scan, or even a test to measure their cognition.

Lastly, even if the ratings were true, the findings are only correlations. They do not prove that, for example, it was the exposure to music as a child that led to one’s improved ability to learn new things. It may be equally likely that those children brought up in more affluent households were both more likely to be exposed to music and to be given a good education that led to their being able to easily learn new things later in life.

But let’s assume that the results of the AARP survey are indeed true. How can music have such impressive brain effects? Although we don’t know the answers for sure, developments in cognitive neuroscience over the last few years have allowed us to speculate on some possible mechanisms.

Music activates just about all of the brain

Music has been shown to activate some of the broadest and most diverse networks of the brain. Of course, music activates the auditory cortex in the temporal lobes close to your ears, but that’s just the beginning. The parts of the brain involved in emotion are not only activated during emotional music, they are also synchronized. Music also activates a variety of memory regions. And, interestingly, music activates the motor system. In fact, it has been theorized that it is the activation of the brain’s motor system that allows us to pick out the beat of the music even before we start tapping our foot to it!

Use it or lose it

Okay, so music activates just about all of the brain. Why is that so important? Well, have you ever heard the expression, “If you don’t use it, you’ll lose it”? It turns out this is actually true in the brain. Brain pathways — and even whole networks — are strengthened when they are used and are weakened when they are not used. The reason is that the brain is efficient; it isn’t going to bother keeping a brain pathway strong when it hasn’t been used in many years. The brain will use the neurons in that pathway for something else. These types of changes should be intuitively obvious to you — that’s why it is harder to speak that foreign language if you haven’t used it in 20 years; many of the old pathways have degraded and the neurons are being used for other purposes.

Music keeps your brain networks strong

So just how does music promote well-being, enhance learning, stimulate cognitive function, improve quality of life, and even induce happiness? The answer is, because music can activate almost all brain regions and networks, it can help to keep a myriad of brain pathways and networks strong, including those networks that are involved in well-being, learning, cognitive function, quality of life, and happiness. In fact, there is only one other situation in which you can activate so many brain networks all at once, and that is when you participate in social activities.

Dance the night away

How do you incorporate music into your life? It’s easy to do. Although the AARP survey found that those who actively listened to music showed the strongest brain benefits, even those who primarily listened to background music showed benefits, so you can turn that music on right now. Music can lift your mood, so put on a happy tune if you are feeling blue. Uptempo music can give you energy. And if you combine music with an aerobic and social activity, you can receive the maximum health benefit from it. Participate in a Zumba class. Do jazz aerobics. Jump to the rhythms of rock & roll. Or, better yet, go dancing. (And yes, in a pandemic, you can still benefit by doing these activities virtually.)

One of music history’s most haunting images is also one of its most revealing: Ludwig van Beethoven, nearly deaf, still bent over a score, still filling page after page with ideas that would outlive him by centuries. The drama is real, but the truth is even more interesting than the legend. Beethoven did not wait for silence to finish him. He learnt to compose through it. By the time he wrote some of his greatest works, including the Ninth Symphony, he was already living with a hearing loss that had begun years earlier and eventually left him totally deaf. Scroll down to read more…

The silence arrived slowly

Beethoven was not born deaf. The first signs appeared before 1800, and by 1802 he knew the problem was serious and progressive. In the famous Heiligenstadt Testament, written during a devastating summer in the country village of Heiligenstadt, he described the emotional toll of the condition and the fear that he might never recover. Later sources agree that his hearing continued to decline, and by around 1819, he is believed to have been effectively deaf. Along the way, he also dealt with tinnitus and hyperacusis, which made sounds ring, buzz, or become painfully loud.

That timeline matters, because it shows Beethoven was not suddenly “deaf and then brilliant”. He spent years adapting while the world around him slowly went dimmer and farther away. He was still performing in public in the early years of the decline, but he was already struggling to hear high notes, conversations at a distance, and even the details of orchestral sound.

He learned to hear music inside his head

What saved Beethoven’s creative life was not some mystical sixth sense. It was a fierce inner model of sound. The Beethoven-Haus in Bonn describes how he had “music in his head and in his inner ear” from early on and how he could follow music in that inner space even when he could no longer hear it clearly in the room. That meant composition could continue as an act of imagination, memory, and control rather than live audition. In other words, Beethoven was hearing the whole architecture of a piece before he ever wrote it down.

Britannica makes the same point from another angle: Beethoven’s hearing loss did not stop him from composing, and many of his most famous works were written while he was partially or totally deaf. His late period was not a period of silence in the creative sense. It was a period in which he was building large, daring structures in his mind and then transferring them onto the page.

He worked with sketches, notes and memory

Beethoven’s surviving sketches show a composer who did not simply wait for inspiration and transcribe it. He worked things out gradually, testing, revising and returning to material again and again. Britannica also notes that in his sketches, familiar melodies can be seen emerging from rough beginnings into finished form, which suggests a working method based on patience and repeated refinement. That method mattered even more once hearing was unreliable because it shifted the center of gravity from live listening to internal planning.

He also used practical tools to stay connected to the world. Around 1812 to 1816, he tried ear trumpets made for him by Johann Nepomuk Maelzel, who was a German inventor, engineer, and showman, best known for manufacturing a metronome and several music-playing automatons. From 1818 onwards, he relied on conversation books, in which visitors wrote down what they wanted to say and Beethoven usually answered aloud. Those same booklets were sometimes used for musical sketches or notes, giving him a written workspace that doubled as a social lifeline.

His late works were not accidental triumphs

This is the part that still astonishes listeners: some of Beethoven’s most important music came from the years when he could no longer hear at all. Britannica says his most significant works were composed during the last 10 years of his life, when he was “quite unable to hear”. That group includes the Missa Solemnis, the Ninth Symphony and the late string quartets, works that expanded musical form rather than retreating from it. Far from shrinking his art, deafness seemed to push him toward bolder structures and a more inward kind of expression.

The Ninth Symphony is the clearest example. Britannica notes that Beethoven likely never heard a single note of it played and that applause at the premiere went unnoticed by him, proof that the music existed first in imagination, not in the ear of the performer standing on the podium. That does not make the work less human. It makes it more so. It was written by a man building sound from memory, discipline and sheer will.

What Beethoven still teaches

Beethoven’s deafness did not make him a miracle. It made him methodical. He sketched more, revised more, leaned on notation, and trusted the music he could carry in his mind when the outside world stopped cooperating. In notebooks that survive from those years, you can see the discipline taking shape: fragments rewritten, passages crossed out, ideas returning in new forms. What hearing once supplied instantly now had to be constructed patiently, line by line, until the structure held. That is the lasting lesson in his story: creative work is not always born in perfect conditions. Sometimes it is born when the conditions are stripped away, and the artist has to rebuild the music from the inside out. Beethoven did exactly that, and the result still sounds like freedom.

The act of playing the piano is often seen as a captivating artistic endeavor that involves skill, emotion, and creativity. Beyond its aesthetic appeal, however, the practice of playing the piano also has a profound connection to the intricate workings of the human brain. This fascinating intersection of piano and neuroscience offers insights into how music engages the brain, promotes cognitive development, and influences our emotional well-being.

The Brain’s Harmonic Symphony: Neural Processing of Music

When a pianist’s fingers grace the keys, a complex symphony of neural activity is set in motion. As sound waves travel from the piano’s strings to the ears, the brain springs into action. Neuroimaging studies have revealed that various brain regions are engaged during music perception and performance. Notably, the auditory cortex processes the acoustic properties of the music, while the motor cortex coordinates the intricate movements required for playing.

Moreover, playing the piano necessitates the coordination of fine motor skills, visual perception, auditory processing, and memory. This intricate dance of neural networks fosters connectivity between different brain regions, ultimately enhancing cognitive abilities and neural plasticity—the brain’s ability to adapt and rewire in response to experience.

Cognitive Benefits of Piano Playing: Sharpening the Mind

Piano playing has been shown to have remarkable cognitive benefits, particularly in children. Learning to read music and translate it into hand movements enhances spatial-temporal skills—a skill set linked to mathematics and problem-solving. Research indicates that young pianists tend to perform better in tests measuring spatial-temporal abilities than their non-musical peers.

Furthermore, piano training can bolster memory function. Learning to play complex musical pieces requires memorization of intricate sequences of notes, fostering the development of both short-term and long-term memory systems. This transfer of memory skills can extend beyond the realm of music and contribute to improved memory in other domains of learning.

Neuroscience of Emotion: Music’s Impact on Mood and Well-being

The emotional resonance of music, especially piano compositions, is a testament to the profound connection between music and the brain’s emotional centers. Studies have shown that listening to music—especially music with a strong emotional component—activates the brain’s reward and pleasure centers, releasing neurotransmitters like dopamine. This neural response contributes to the emotional upliftment and relaxation often experienced while listening to or playing the piano.

For pianists, the act of expressing emotion through their music involves a complex interplay of cognitive and emotional processes. The piano’s dynamic range allows musicians to evoke a spectrum of emotions, from the gentle touch of a lullaby to the thundering intensity of a stormy piece. This emotional connection to music can be therapeutic, offering an outlet for self-expression and emotional regulation.

Neuroplasticity and Lifelong Learning: Piano’s Impact on Aging Brains

The concept of neuroplasticity—the brain’s capacity to adapt and reorganize—has transformed our understanding of brain function across the lifespan. Learning to play the piano, even in adulthood, has been shown to enhance neuroplasticity. Engaging in the challenges of learning new pieces and refining skills keeps the brain active, promoting the growth of new neural connections.

Notably, piano playing has been linked to cognitive preservation in aging populations. Older adults who engage in musical activities exhibit improved cognitive functioning, including memory and executive functions. The combination of cognitive engagement, emotional fulfillment, and sensory stimulation offered by piano playing contributes to the brain’s resilience against age-related cognitive decline.

Music Therapy and Neurological Rehabilitation

Beyond its role in cognitive development, piano playing holds promise in therapeutic contexts. Music therapy has been utilized to aid individuals with various neurological conditions, such as stroke, Parkinson’s disease, and traumatic brain injuries. The structured nature of piano playing, along with its rhythmic and melodic components, can engage damaged neural pathways and facilitate motor recovery.

Additionally, music therapy harnesses the power of music’s emotional impact. Individuals recovering from neurological injuries often face emotional challenges, and music can serve as a medium to communicate, express feelings, and foster emotional healing.

Closing Notes: The Ongoing Exploration

The intriguing relationship between piano playing and neuroscience continues to captivate researchers, musicians, and educators alike. The piano’s unique blend of technical demand, emotional expressiveness, and cognitive engagement provides a rich avenue for understanding the brain’s complexities.

As we delve deeper into the neural underpinnings of music perception, performance, and its therapeutic applications, we unlock new insights into the boundless potential of the human brain. Whether a pianist playing to enraptured audiences or an individual seeking cognitive enrichment and emotional solace, the connection between piano and neuroscience is a harmonious symphony that resonates within us all.

OXFORD, Miss. – New research from the University of Mississippi suggests that telling stories – from ancient campfire tales to modern-day digital communication – may be tied to how human memory evolved.

It also could be a key to improving everyday retention.

Matthew Reysen, associate professor of psychology, and Ole Miss doctoral student Zoe Fischer recently put storytelling to the test. Their study, published in Evolutionary Psychology, found that storytelling performs just as well, and sometimes better, than the current gold standard in mnemonic devices, a technique called survival processing.

“People have been using stories to communicate information as long as they’ve been passing information from one person to another,” Reysen said. “But there wasn’t much in the literature about storytelling as a way to improve memory.

“Our result was that storytelling was just as good as survival processing, and in the cases where people actually wrote out the stories, even better than the popular survival technique. The overall conclusion is that, just like with survival processing, memory may have an evolutionary tie to storytelling.”

Understanding human memory – and what improves it – could improve education practices as well as everyday processing, the researchers said. Anecdotally, this was no surprise, said Fischer, a fourth-year doctoral student in experimental psychology from Verona, Italy.

“This is something that we hear often, right?” she said. “I presented at a conference recently, and so many professors came up to me after and said, ‘I tell stories during my lectures and I do it because it’s entertaining and more interesting, and people tend to love it.’

“It’s so wonderful that we can see that there’s evidence that this actually helps them remember information even more. Now we know it’s not only entertaining for them, but also helpful.”

Among the various means of improving memory – from Sherlock Holmes’ memory palace to acronyms, acrostics and rhyming – survival processing has been lauded as one of the best and easiest to employ. The technique involves relating what an individual wants to remember to how it might help them survive being stranded on a grassland without resources, which creates a stronger impression of the words and makes them easier to remember.

Another popular mnemonic device is pleasantness processing, which asks participants to rate words based on how pleasant or unpleasant they are. Thinking more deeply about the word’s connotation – “shark” can be good or bad, depending on a person’s love of sea life or fear of the ocean – can also improve memory.

Similar to survival processing, Fischer and Reysen’s storytelling method asked participants to take 20 to 30 unrelated nouns and create a story with them. Across four experiments with more than 380 participants, those who created a narrative remembered far more of the nouns than those who used pleasantness processing

They also remembered the same number or more nouns than subjects who used survival processing.

However, combining survival processing with storytelling did not drastically improve retention.

“You would think, if both things work separately, that they would work even better together,” Fischer said. “But what that tells us is that these two systems, underlyingly, have the same kind of cognitive function.”

The researchers said that both techniques likely rely on relational processing – where the brain remembers by identifying how words or concepts are similar – and item-specific processing, which instead remembers through distinction, not similarity. Where relational processing remembers puzzle pieces by relating them to the completed picture, item-specific processing identifies what makes each puzzle piece unique.

If both survival and storytelling devices rely on the same underlying cognitive mechanisms, it stands to reason that combining two processes does not create a better outcome, Fischer said.

This insight also hints at a deeper truth about storytelling: that humans may have evolved to value the stories they hear.

“Before people began even writing down words, they used stories to communicate information,” Reysen said. “So, it makes sense to me, from an evolutionary perspective, that we would be better at retaining stories, that the mind provides a sort of framework or structure within it to include the information which organizes it and makes it easier to retrieve.”

‘You’re not just recalling words, but an emotion’: The lifelong benefits of making music

From helping people cope with age-related disorders to altering our perception of physical pain, music’s impact on our bodies can ring loud.

Every Friday morning, in a sun-filled classroom in Limerick, Ireland, Cathy McGlynn and Ann Blake, two music therapists, greet a group of singers sitting in a circle. After leading them in scales, stretches, and vocal trills, McGlynn picks up her guitar and begins strumming, You Are My Sunshine. 

But this is no ordinary choir, for the participants all have one thing in common: a Parkinson’s diagnosis – either their loved one’s or their own. 

“Singers will come to me with lots of different things. One person might have a tremor and shake, one might be struggling with their breathing. For others it’s vocal problems,” says McGlynn of the choir which is aptly named Parkinsongs.

While music is linked to a wide range of health benefits, the way it changes the brain can be especially beneficial.

“Lifelong engagement with music practice, and music in general, can not only improve neurological function,” says Larry Sherman, a professor of neuroscience at Oregon Health and Science University and author of Every Brain Needs Music. “[It] can provide a greater reserve of cells and synapses that, in turn, may delay the onset of age-related neurological disease.”

Research supports Sherman’s claim; not only does engaging with music seem to reduce the risk of certain age-linked disorders, but it can also be powerful for people currently living with them.

Among Parkinson’s sufferers, studies have found singing interventions can help improve vocal intensity, vocal frequency, and overall voice-related quality of life. Other studies show broader music-based interventions can assist Parkinson’s patients with motor symptoms.

McGlynn also leads a choir for people suffering from dementia and the resulting decline of brain function. Here, research suggests that music-based interventions can improve cognitive functioning and episodic memory, like the ability to recall names, faces, and stories.

Grace Meadows, a music therapist who now leads the London-based charity, Music Minds Matter, has first-hand experience of how profoundly medicinal music can be for people with dementia: 

“It was the first time the carers had ever seen her move, unaided,” she recalls of a woman living with dementia who, on attending a musical performance, suddenly got up out of her chair and began to dance. “They started wondering: ‘What other music does she like? What else might get her out of her chair?'”

How music helps the brain

The mechanisms through which music therapy works are not totally clear and may differ depending on a person’s diagnosis.

For people living with dementia, research suggests music-based interventions can improve cognitive functioning, and that musical memory is encoded in brain regions that remain preserved even during Alzheimer’s progression. But one review of trials assessing the effectiveness of music-based interventions for Parkinson’s disease patients found no evidence of improved cognitive outcomes.

One reason for these differing results may come down to the unique pathologies of different age-related diseases, Sherman explains. “Much of the music therapy around Parkinson’s disease is to help with motor function, including vocal issues, so if therapies designed to help with cognition are started late in disease when cognitive decline becomes evident, it may be too late.”

Even in people without a diagnosis, however, the long-term act of playing or singing music has been shown to promote greater neuroplasticity (in which the brain creates new neural connections) and structural connectivity (its physical wiring) at large. Sherman says these attributes are especially valuable as we age, since age-related changes can reduce our cognitive function.

Engaging with music can lessen the impact of age-related changes, he says, even when the changes are extreme. “Musical experience covers a very wide territory in our brains, so even people who become non-verbal still have the circuitry needed to respond to music,” he explains.

Repetition, repetition: How the body can harness music’s powers

That’s not to say younger populations can’t also benefit from music practice. Anna Zamorano, an assistant professor of clinical medicine at Aarhus University’s Center for Music in the Brain in Denmark, recently published research exploring how musical training in healthy people could alter their perception of physical pain.

After safely inducing temporary hand-pain in her subjects, Zamorano found that musicians experienced less discomfort than their non-musician counterparts; the more hours a musician had trained, the less pain they felt. As for why, Zamorano offers several theories. One relates to the reward of gaining a new skill. 

“When musicians push through discomfort to master a difficult piece, their brains may naturally downregulate pain signals because of the anticipated reward, such as improving their performance, achieving mastery, or enjoying the music,” Zamorano says.

Zamorano points to studies that show musical practice can increase fine motor skills, language acquisition, speech and memory.

There isn’t a clear “minimum number of hours” that can guarantee pain perception benefits, Zamorano says, but she recommends people start by playing an instrument for 30 to 45 minutes per day on most days of the week, which is comparable to the World Health Organization’s recommendations for regular physical activity. 

“What matters most is consistency because brain plasticity is based on repetition and enjoyment, so the reward and motivation systems are also engaged.” 

While other activities, such as gardening, similarly involve repetition and engage our reward systems, research on music interventions suggests there’s a special power in song.

Simply listening to music can lead to a statistically significant reduction in pain post-surgery. Other forms of music therapy have been shown to reduce depressive symptoms and anxiety symptoms, while increasing sleep quality, and subjective wellbeing. One journal article even compared the psychological effects of music to taking a drug – triggering certain neurochemical responses to prompt feelings of pleasure, coping, and reward.

Better together: the power of group experience

Still, as good as music may be on its own, most research points to the double benefit of engaging in music with other people. “There is a remarkable effect in our brains when we sing or perform music in groups,” says Sherman. “Two neurochemicals – dopamine, which is a reward signal, and endorphins, which can block pain and stress responses – act together to promote a sense of acceptance within the group.”   

Hillary Moss, a professor of music therapy at University of Limerick in Ireland, agrees. Having researched the benefits of group singing for older adults, and compiled a first-of-its-kind map documenting choirs across Ireland, she believes group singing can help people socialise more quickly than other leisure activities.

“There’s an emotional quality to music that you might not get if you were, say, gardening,” Moss explains. “You’re not just recalling words, you’re recalling a feeling – and you’re getting a sense of feeling safe in the music with another person.”

Sarah Alley, a music therapist who leads a community choir in Limerick, shares a story about this emotional power of singing in a group. A young girl whose mum had recently passed away became “really upset” when the choir began singing the hit song Bohemian Rhapsody, with its lyric “Mama”. “But all of the other choir members comforted her,” Alley recalls, “and have become like a support network”.   

Still, despite the many anecdotes and scientific results around the healing power of music, McGlynn says she rarely receives referrals to her choirs from doctors. “The research is there and the benefits are there, but there is still a disjunct between medicine and these kinds of therapies.”  

Some choir members, like Gerry Garvey of Parkinsongs, are thus taking matters into their own hands. After Garvey joined the group in 2022 – nine months after his diagnosis – he became passionate about encouraging others. Now, as chairperson of the Mid-West branch of Parkinson’s Ireland, Garvey has helped to secure funding for the group, and seen it nearly double in size, from 15 people to 38.  

“People with Parkinson’s have a tendency to just recede and quietly disappear in the background, but this group enables people to come along for some fun and games, sing some songs, do some shows,” he says. “The music transports you to a different place.”

Discover why classical music sparks creativity, backed by fascinating neuroscience findings. Why Classical Music Boosts Creativity: What Neuroscience Shows reveals compelling reasons why listening to timeless compositions can elevate your creative potential. This article explores the scientific explanations behind this phenomenon, highlighting how our brains respond to classical melodies and why they might be the perfect soundtrack for inspiration and innovation.

The Neuroscience of Sound: How Classical Music Stimulates the Brain

Listening to classical music engages multiple regions of the brain, activating areas responsible for emotion, memory, and complex thought processes. Neuroscientists have found that these compositions, characterized by intricate structures and harmonious patterns, can facilitate neural connectivity, fostering a fertile environment for creative thinking. When we immerse ourselves in a piece by Mozart or Bach, it’s not just background noise; it’s an active catalyst for mental expansion.

This phenomenon is partly due to the way classical music enhances alpha wave activity—oscillations linked to relaxed alertness and mental clarity. This state, often referred to as the “flow state,” is crucial for creative endeavors, as it allows ideas to flow freely without the interference of stress or distraction. Furthermore, engaging with classical music can stimulate the hippocampus, the brain’s hub for memory and learning, leading to more innovative connections and insights. In essence, the brain’s response to these timeless melodies creates a mental environment primed for originality.

Why Classical Music Promotes Creative Flow and Problem Solving

Beyond its neurological effects, classical music’s structural qualities—such as symmetry, repetition, and dynamic variation—mirror the organizational processes of the brain. These patterns provide a sense of predictability that can help reduce cognitive load, freeing mental resources for higher-order thinking and problem-solving. When listeners are exposed to such music, it often triggers a sense of harmony and balance within the brain’s networks, amplifying ingenuity.

Moreover, many creators and thinkers have historically turned to classical music during periods of intense brainstorming and problem-solving. The reason might lie in the music’s ability to suspend analytical thought just enough to allow subconscious associations to surface. This phenomenon fosters divergent thinking—a cornerstone of creativity. Personally, I’ve experienced moments of inspiration while working in the background of classical symphonies, confirming that the right musical environment can significantly boost cognitive flexibility and innovation.

The Psychological Benefits of Classical Music for Creative Minds

Classical music doesn’t just excite the brain; it also calms and centers the mind. This balance of stimulation and relaxation creates an ideal mental state for exploration and experimentation. The soothing melodies can diminish anxiety, which often hampers creative pursuits, allowing artists, writers, and inventors to produce their best work.

Interestingly, certain composers like Debussy or Satie deliberately embedded calming yet stimulating motifs into their compositions, possibly designed to inspire subtle insight and reflection. Listening to such music during creative tasks can catalyze a state of mindfulness—where focus is heightened, and the mind is receptive to novel ideas. In my experience, this combination of tranquility and mental alertness can lead to breakthroughs that feel both intuitive and profound.

Practical Ways to Harness Classical Music for Creativity

Given the science behind its benefits, integrating classical music into your routine can unlock new levels of creative productivity. For starters, selecting pieces with a moderate tempo—like a Beethoven sonata or a Tchaikovsky suite—can set an inspiring mood without overwhelming your cognitive load. Playing these compositions softly in the background during brainstorming sessions, writing, or artistic endeavors can enhance focus and inspire fresh perspectives.

Additionally, creating playlists that blend different classical styles can prevent musical monotony and sustain your creative momentum. Personal experimentation is key—some individuals might find the baroque intricacies of Bach most stimulating, while others might prefer the lush harmonies of Romantic composers. Remember, the goal is to craft an auditory environment tailored to your creative rhythm, leveraging the neuroscientific power of classical music to break through mental barriers and ignite your imagination.

Conclusion

The scientific exploration of how classical music influences the brain underscores its powerful role in boosting creativity. Through enhanced neural connectivity, emotional engagement, and mental relaxation, this timeless genre provides the ideal soundtrack for innovation and problem-solving. Whether you’re a professional artist, student, or curious learner, intentionally incorporating classical music into your daily routine can unlock hidden reservoirs of inspiration, making your creative journey more enriching and productive. As neuroscience continues to unravel the intricate links between sound and cognition, it’s clear that classical music remains a timeless tool for unlocking our fullest creative potential.

From boosting the brain to reducing pain, joining others in song can bring some wide-ranging benefits.

It’s that time of year when the air starts to tinkle with angelic voices – or ring with the occasional lusty hymn – as carol singers spread their own indomitable brand of festive joy. All that harking and heralding. It’s joyful and triumphant.

But these bands of tinsel-draped singers may be on to something. Whether they realise it or not as they fill shopping centres, train stations, nursing homes and the street outside your front door with jubilant song, they are also giving their own health a boost.

From the brain to the heart, singing has been found to bring a wide range of benefits to those who do it, particularly if they do it in groups. It can draw people closer together, prime our bodies to fight off disease and even suppress pain. So might it be worth raising your own voice in good cheer?

“Singing is a cognitive, physical, emotional and social act,” says Alex Street, a researcher at the Cambridge Institute for Music Therapy Research who studies how music can be used to help children and adults recover from brain injuries.

Psychologists have long marvelled at how people who sing together can develop a powerful sense of social cohesion, with even among the most reluctant of vocalists becoming united in song. Research has shown that complete strangers can forge unusually close bonds after singing together for an hour.

Perhaps unsurprisingly, there are clear physical benefits for the lungs and respiratory system from singing. Some researchers have been using singing to help people with lung diseases, for example. (Read more about why your lungs provide an important signal of how you are ageing.)

Good vibrations

But singing also produces other measurable physical effects. It has been found to improve people’s heart rate and blood pressure. Singing in groups or choirs has even been found to boost our immune function in ways that simply listening to the same music cannot.

There are different explanations for this. From a biological standpoint, it’s thought that singing activates the vagus nerve which is directly connected to the vocal cords and muscles in the back of the throat. The prolonged and controlled exhalation involved in singing also releases endorphins associated with pleasure, wellbeing and the suppression of pain.

Singing also activates a broad network of neurons on both sides of our brain, causing regions that deal with language, movement and emotion to light up. This, combined with the focus on breathing singing requires, make it an effective stress reliever.

“The ‘feel good’ responses become clear in the brighter sounding voices, facial expressions, and postures,” says Street.

There could be some deep-rooted reasons for these benefits too. Some anthropologists believe that our hominid ancestors sang before they could speak, using vocalisations to mimic the sounds of nature or express feelings. This may have played a key role in the development of complex social dynamics, emotional expression and ritual, and Street points out that it’s no accident that singing is part of every human’s life, whether musically inclined or not, noting that our brains and bodies are attuned from birth to respond in positive ways to song.

“Lullabies are sung to children, and then songs are sung at funerals,” he says. “We learn our times tables through chanting, and our ABCs through the rhythmic and melodic structure.”

Come together

But not all types of singing are equally beneficial. Singing as part of a group or a choir, for example, has been found to promote a greater level of psychological wellbeing than in solo singers. For this reason, educational researchers have used singing as a tool for promoting cooperation, language development and emotional regulation in children.

Perhaps the most remarkable benefit of singing is that it appears to play a role in helping the brain repair itself from damage

Medical specialists are also turning to singing as a way of improving the quality of life of those living with different health conditions. Around the world, researchers have studied the effects of joining dedicated community choirs established for cancer and stroke survivors, people living with Parkinson’s disease and dementia, and their caregivers. For example, singing improves the ability of Parkinson’s patients to articulate, something which they are known to struggle with as the disease progresses.

Singing also represents a way of boosting general health as it has been shown to be an underrated workout comparible to a brisk walk. “Singing is a physical activity and may have some parallel benefits to exercise,” says Adam Lewis, an associate professor of respiratory physiotherapy at the University of Southampton.

One study even suggested that singing, along with various vocal exercises used by trained singers to hone pitch and rhythm, is a comparable workout for the heart and lungs to walking at a moderate pace on a treadmill.

But researchers are also keen to highlight the often under-recognised benefits of participating in group singing for the psyche of people living with long-term chronic illnesses. Street explains that singing enables these people to focus on what they can do, rather than what they cannot.

“It suddenly brings an equality into the room where the caregivers are no longer caregivers, and the healthcare practitioners are also singing the same song in the same way,” says Street. “And there isn’t really much else that does that.”

Every breath you take

Among those who have been shown to benefit most from singing are people with chronic respiratory conditions, something which has become a major research focus for Keir Philip, a clinical lecturer in respiratory medicine at Imperial College London. Philip cautions that singing will not cure people of these diseases, but it can serve as an effective holistic approach that complements conventional treatments. 

“For some people, living with breathlessness can result in them changing the way they breathe, so that it becomes irregular and inefficient,” says Philip. “Some singing-based approaches help this in terms of the muscles used, the rhythm and the depth [of breathing], which can help improve symptoms.”

One of his most notable studies involved taking a breathing programme which had been developed through working with professional singers in the English National Opera and using it as part of a randomised controlled trial in long Covid patients. Over six weeks, the results showed that it improved their quality of life and alleviated some aspects of their breathing difficulties.

At the same time, singing isn’t risk free for people with underlying health conditions. Group singing was linked to a superspreading event in the early stages of the Covid-19 pandemic, as the act of singing can emit large amounts of airborne virus. (Read more about how diseases spread as we talk and sing.)

“If you have a respiratory infection, it’s best to miss that week at choir practice, to avoid putting other people at risk,” says Philip.

But perhaps the most remarkable benefit of singing is that it appears to play a role in helping the brain repair itself from damage. This was illustrated by the story of former US congresswoman Gabrielle Giffords, who survived being shot in the head during an assassination attempt in 2011. Over the course of many years, Giffords relearned how to walk, speak, read and write, with therapists utilising songs from her childhood to help her regain verbal fluency.

Researchers have used similar approaches to help stroke survivors recover speech, as singing can provide the hours and hours of repetition needed to promote new connectivity between the two brain hemispheres, which is often damaged by an acute stroke. Singing is also thought to enhance the brain’s neuroplasticity, which allows it to rewire itself and create new neurological networks.

There are theories that singing may also help people suffering from cognitive decline because of the intense demands it places on the brain, requiring sustained attention and stimulating word finding and verbal memory.

“There is a gradually growing evidence base for the cognitive benefits of singing in older adults,” says Teppo Särkämö, professor of neuropsychology at the University of Helsinki. “We still know little though about the potential of singing to actually slow or prevent cognitive decline as this would require large-scale studies with years of follow-up.”

For Street, all the research demonstrating the powerful effects of singing – whether at a social or a neurochemical level – underlines why it is such a universal part of human life. One of his concerns, however, is that as people spend increasing amounts of time connected to technology rather with each other through activities like singing, relatively few people are experiencing its benefits. 

“There’s a lot we’re discovering, particularly with rehabilitation from brain injury,” he says. “The studies are just starting to emerge which are showing that singing can have these effects, even for people with significant injury. It makes sense that we can benefit so much from it because singing has always played such an enormous role in connecting communities.”

Perhaps it’s just another reason to enjoy some carols around the Christmas tree this year.