Your Favorite Tunes Could Be the Key to Better Workouts and Feeling Great

• The review pooled data from 18 studies — Unlike clinical trials with fixed timelines, this review aggregated results from independent studies, each with its own duration and design. Some were short-term, focusing on a single exercise session, while others lasted several weeks. Six studies with 17 intervention arms provided sufficient data for meta-analysis, allowing researchers to identify overall trends rather than measure outcomes in a single experiment.⁵

• Researchers applied advanced statistical methods to ensure accuracy — They used random-effects models, which account for differences between studies, and meta-regression to test whether factors like music tempo influenced results. Outcomes were grouped into three domains:⁶

• Mood and enjoyment saw the largest boost — Affective valence, which measures positive feelings, showed a significant effect (g ≈ 1.65).⁷ In simple terms, workouts felt much more pleasant and motivating when music was adapted in real time. Dr. Andrew Danso, the study’s lead author, remarked:

“Music has always been a motivator for movement. By personalizing it in real time, we might better support people in sustaining exercise routines.”⁸

• Tempo matters and faster beats amplify benefits — Music with faster tempos are linked to greater exercise benefits. Matching tempo to your movement speed can boost performance by helping your body sync with the rhythm. This alignment promotes better coordination, efficiency, and endurance, making your workout feel smoother and more sustainable.⁹

• Evidence is promising but in its early stages — The review included studies from Europe, Asia, and North America, but noted variability in design and quality. Researchers call for larger, high-quality trials to confirm these effects and refine adaptive music technology.

• Most people miss even basic movement goals — The WHO recommends 150 minutes of moderate activity or 75 minutes of vigorous activity per week, but many people do not meet this recommendation. This is problematic, as inactivity raises the risk of cardiovascular disease, Type 2 diabetes, breast and colon cancer, cognitive decline, and more.¹²

• Some regions face especially high risk — Inactivity rates are highest in high-income Asia Pacific (48%) and South Asia (45%), compared to 28% in high-income Western countries and 14% in Oceania.¹³

• Women and older adults move less — Globally, 34% of women are inactive compared to 29% of men, and adults over 60 are the least active — a troubling trend given the importance of movement for healthy aging.¹⁴

• Common barriers keep people from staying active — Even though “physical activity” includes all forms of movement and “exercise” refers to structured training, many struggle with motivation, time pressure, stress, and lack of enjoyment.¹⁵

• The reward system fires up — Music stimulates the nucleus accumbens, which releases dopamine, the chemical linked to pleasure and motivation. This is why hearing your favorite song feels so good.¹⁷

• The emotional center responds — The amygdala is the part of your brain that processes emotions, and it is triggered by music. This explains why certain melodies can make you cry, smile, or feel nostalgic.¹⁸

• The “thinking brain” gets involved — The prefrontal cortex engages in pattern recognition and prediction, helping your brain anticipate what comes next in a song.¹⁹

• It gets excited when faced with the unfamiliar — In one study published in PLOS One, researchers used functional magnetic resonance imaging (fMRI), to scan participants’ brains while they listened to music. They discovered that the more active these regions were — especially the nucleus accumbens — the more money participants were willing to pay for songs they had never heard before.²⁰

In simple terms, the stronger the emotional and intellectual response, the more valuable the music felt to the listener. Neuroscientist Valorie Salimpoor, Ph.D., the study’s lead author, explained that your brain learns to anticipate how music will unfold using pattern recognition and prediction — skills that may have been crucial to human evolution. As reported by Time:²¹

“These predictions are culture-dependent and based on experience: someone raised on rock or Western classical music won’t be able to predict the course of an Indian raga, for example, and vice versa. But if a piece develops in a way that’s both slightly novel and still in line with our brain’s prediction, we tend to like it a lot. And that, says Salimpoor, ‘is because we’ve made a kind of intellectual conquest.’

Music may, in other words, tap into a brain mechanism that was key to our evolutionary progress. The ability to recognize patterns and generalize from experience, to predict what’s likely to happen in the future — in short, the ability to imagine — is something humans do far better than any other animals. It’s what allowed us (aided by the far less glamorous opposable thumb) to take over the world.”

And here’s where it gets interesting: the same qualities that make music so emotionally and mentally stimulating are the foundation of music therapy. From reducing stress to improving cognitive function, structured musical engagement is now being used as a powerful tool for health and healing.

If you want to know music helps in adding to the quality of life for the elderly, read “How Music Helps Unlock Memories and Improve Quality of Life for Dementia Patients.”

• Dementia — A large Monash University study examined how listening to music and playing instruments relate to cognitive health in adults over 70. Published in the International Journal of Geriatric Psychiatry, the research, which involved more than 10,800 older adults, found that regularly listening to music was associated with up to a 39% reduced risk of developing dementia.²²

The study was part of the ASPirin in Reducing Events in the Elderly (ASPREE) project and followed cognitively healthy adults over 70 for several years, tracking both their musical habits and cognitive outcomes.²³

Participants who frequently or consistently listened to music had stronger cognitive scores overall, including better episodic memory — a key function that typically declines early in dementia. Playing a musical instrument also carried benefits, showing a 35% reduced risk, and combining listening with playing was linked to a 33% reduction.²⁴

Professor Joanne Ryan, senior study author, emphasized the importance of identifying strategies to help prevent or delay onset of the disease since there is no known cure:²⁵

“Evidence suggests that brain ageing is not just based on age and genetics but can be influenced by one’s own environmental and lifestyle choices. Our study suggests that lifestyle-based interventions, such as listening and/or playing music can promote cognitive health.”

• Temporal lobe epilepsy — Researchers at The Ohio State University Wexner Medical Center discovered that the brains of people with epilepsy respond to music differently than those without disorder.²⁶ When participants listened to music, their brainwave activity increased significantly:²⁷

“We found significantly higher levels of synchronization and spectral EEG activation when listening to music in the frontal cortex and temporal cortex, especially in persons with epilepsy. We speculate that music may be useful to enhance electrical activity specific to the frontal and temporal cortices.”

Christine Charyton, Ph.D., who presented the findings at the American Psychological Association’s 123rd Annual Convention, explained: “We were surprised by the results. We hypothesized that music would be processed differently than silence, but we didn’t know whether that difference would be the same or greater in people with epilepsy.”²⁸

• Alzheimer’s disease — A 2023 study published in Frontiers in Psychology found that combining nostalgic, activity-based music therapy with standard care produced meaningful improvements in patients with mild to moderate Alzheimer’s disease.²⁹

Researchers enrolled 63 patients and randomly assigned them to either routine treatment or routine treatment plus nostalgic music therapy for 12 weeks. By the end of the study, 30 participants in each group had completed the intervention. Those receiving music therapy scored higher on cognitive tests and showed greater improvements in anxiety and depression compared with the control group. According to the researchers:³⁰

“Our findings suggest that integrating nostalgic music with routine daily care as an appropriate non-pharmacological intervention can improve cognitive function, alleviate negative emotions, and enhance sleep quality in Alzheimer’s disease (AD) patients, while also reducing the societal burden of the disease.

This approach not only offers potential benefits for patient wellbeing but also provides broader implications for Alzheimer’s care by highlighting the value of culturally resonant, individualized therapeutic strategies within healthcare practices.”

• Music as a potential solution — To evaluate its role, researchers conducted a systematic review and meta-analysis analyzing 73 randomized controlled trials involving adult surgical patients.³³

• Reduced pain and lower reliance on medication — Patients exposed to music before, during, or after surgery reported significantly less pain and required fewer opioid painkillers. This not only eased discomfort but also reduced the risks associated with opioid use, such as side effects and dependency.³⁴

• Effective even under general anesthesia — Music’s impact wasn’t limited to conscious patients. When played during surgery under anesthesia, it still lowered pain and anxiety markers, suggesting music interacts with the nervous system beyond conscious awareness.³⁵

• The numbers speak volumes — Anxiety scores dropped across the board, particularly in patients with high preoperative stress. Music also improved overall satisfaction with care, thereby enhancing cooperation and adherence to recovery plans. According to the researchers:³⁶

“We identified 4261 titles and abstracts, and included 73 RCTs in the systematic review, with size varying between 20 and 458 participants. Choice of music, timing, and duration varied.

Comparators included routine care, headphones with no music, white noise, and undisturbed bed rest. Music reduced postoperative pain (SMD −0·77 [95% CI −0·99 to −0·56]), anxiety (−0·68 [-0·95 to −0·41]), and analgesia use (−0·37 [-0·54 to −0·20]), and increased patient satisfaction (1·09 [0·51 to 1·68]), but length of stay did not differ (SMD −0·11 [-0·35 to 0·12]).”

• Safe, adaptable, and easy to implement — Researchers concluded that music is a non-invasive, low-cost intervention that can be seamlessly integrated into clinical settings without disrupting standard care. They also emphasized that selecting the right music at the right time is essential.³⁷

“Subgroup analyses showed that choice of music and timing of delivery made little difference to outcomes. Meta-regression identified no causes of heterogeneity in eight variables assessed. Music was effective even when patients were under general anaesthetic.”

1. Revisit songs you loved as a kid — Listen to the tunes you would happily dance to in your room, or you would gladly sing aloud. These tracks are deeply wired into your memory and can help restore feelings of safety and joy when you’re feeling anxious.

2. Build personalized playlists — Create a playlist to calm you, one to energize you, and one to help you release emotions. Use them intentionally — calming tracks for anxious moments, upbeat songs when you feel stuck, and emotional ones when you need to let go.

3. Focus on the goodness of a song — Instead of background noise, choose a single track and listen deeply. Close your eyes, breathe, and let the sound take over. This focused listening activates brain circuits that reduce stress and restore balance.

4. Feeling restless? Reset your rhythm — If your sleep or energy feels off, listen to steady, rhythmic music at the same time each day — like right after waking or before bed. Rhythm helps your brain re-establish patterns and regulate your internal clock.

5. Seek meaningful connections — Join a choir, attend a drum circle, or simply sing with friends or family. Shared music triggers bonding hormones like oxytocin, which can ease feelings of isolation and boost emotional resilience.