Music is more than something we hear. Rhythm, tempo, melody and words are sensory information processed by the brain and may influence attention, emotion, arousal and physiological responses. My background as a Certified Biofeedback Technician helped inspire my interest in these connections. This chart is presented for educational purposes and illustrates general areas studied in music and psychophysiology. Individual responses to music vary.

Research on Somatic Cues in Music

Somatic cues in music have been researched, with work spanning musicology, neuroscience, psychology, and embodied cognition, including recent reviews and empirical studies on how music engages the body and brain.

What “somatic cues” mean in music 

In this context, somatic cues refer to embodied, bodily signals — such as posture, movement, tension, breathing, or proprioceptive feedback — that are triggered or shaped by music. These can be perceived (e.g., feeling the rhythm in your body) or elicited (e.g., mirroring gestures, physical responses to pitch or timbre), intentional words about the physical body in reference to lyrics or use of phrases.

Theoretical background

Recent scholarship, such as Heile & Iddon’s 2024 Tempo review, defines somatic music/ology as music that emphasizes its embodied nature and the theoretical discourse around it Cambridge University Press & Assessment+1. This draws on:

  • Phenomenology (Husserl, Merleau-Ponty) — perception as embodied experience.

  • Ecological psychology (Gibson) — affordances and interaction with the environment.

  • Performance- and body-oriented musicology (Barthes, Abbate) — the “music one plays” vs. “music one listens to.”

  • 4E cognition — embodied, embedded, enacted, and extended cognition.

These frameworks position somatic cues as central to how music is experienced, not just heard.

Neuroscience and psychology evidence

Empirical research supports the role of somatic processes in music:

  • Mirror neuron systems activate when listening to music, mirroring imagined actions of performers Cambridge University Press & Assessment.

  • Studies on guitar learning and action observation networks show that visual and motor information from music performance can influence listening Cambridge University Press & Assessment.

  • Music psychology research examines how embodied responses (e.g., movement, posture changes) interact with perception and emotion Wikipedia.

Related emotional and affective research

While not purely somatic, studies on emotional responses to music (e.g., Susino et al., 2024) integrate psychophysical, cultural, and personal variables with situational context, which can include bodily states SAGE Journals. This aligns with somatic cue research by showing that emotional and physical responses are intertwined.

Current status

The field is active and interdisciplinary:

  • Musicology: exploring embodied listening and performance.

  • Neuroscience: mapping brain-body interactions in music.

  • Psychology: studying affective and motor responses.

  • Philosophy/cognition: framing music as an embodied experience.

In short: Somatic cues in music are not only theorized but also empirically studied, with recent reviews synthesizing historical, theoretical, and experimental work to show how music engages the body and brain in meaningful ways Cambridge University Press & Assessment+3.

Positive emotion and the body

A major review by Pressman and Cohen examined research connecting positive affect—feelings such as happiness, enthusiasm, calmness, and contentment—with physical health. They found associations between positive affect and such outcomes as fewer symptoms and less pain, and between trait positive affect and lower morbidity and greater longevity in some populations. Importantly, the authors also caution that not every finding establishes causation.

Positive Affect and Health — PubMed

The positive WORD itself

A recent meta-analysis specifically investigated positive emotional words. Researchers found greater activity for positive versus neutral words in the medial prefrontal cortex and posterior cingulate cortex.

Neural processing of positive emotional words — PubMed

An earlier fMRI study found that both positive and negative emotional words activated the amygdala more than neutral words. Particularly they found that positive words additionally activated regions associated with reward and positive affect, including striatal regions.

Positive and negative emotional verbal stimuli — PubMed

And an EEG/ERP experiment found that the brain responded to both highly and mildly positive words, with the response varying with the strength of positive valence.

Positive words and valence strength — PubMed

There is even evidence that context matters. Emotional words presented in meaningful communicative situations produced stronger, earlier and longer-lasting emotion effects than isolated words, with a positivity bias appearing in the communicative condition.

That is relevant to songs because lyrics aren't simply isolated words on a screen. They occur in a meaningful emotional and musical context.

Musical Neurodynamics

A 2025 Nature Reviews Neuroscience perspective is particularly relevant. It reviews research showing that neural oscillations synchronize with musical stimuli and discusses pitch, harmony, melody, tonality, rhythm, meter, groove and emotion within a framework called neural resonance theory. The authors propose that brain–body dynamics can embody aspects of musical structure.

Musical Neurodynamics — Nature Reviews Neuroscience

 

Music can interact with rhythms of the body

A systematic review and meta-analysis of experimental studies on music listening and recovery from stress discusses rhythmic entrainment as one proposed mechanism.

The researchers describe evidence that physiological rhythms—including respiration and cardiovascular activity—can partially synchronize with rhythmic characteristics of music. They also report research in which changes in musical tempo predicted corresponding changes in heart rate, blood pressure and respiration.

Music Listening and Stress Recovery — PLOS ONE

Music → brain processing → autonomic response → bodily change → perception of the body's state.

Another review specifically examines music and the autonomic nervous system and discusses heart-rate variability as one way of studying the interaction between central nervous-system processing, autonomic activity, emotion and cognition.

Music and Autonomic Nervous System Function — NIH/PubMed

 INTEROCEPTION

Interoception is the nervous system's sensing and interpretation of signals arising from within the body.

A major 2025 Annual Review of Psychology review describes interoception as intimately connected with emotional experience and examines how afferent bodily signals, their neural processing and their interpretation contribute to emotion.

Interoceptive Mechanisms and Emotional Processing — Annual Review of Psychology

Earlier brain-imaging work also connects interoceptive processing with regions including the anterior insula and anterior cingulate cortex, supporting the broader concept that the brain's representation of bodily state contributes to emotional experience.

Interoception in Emotional Experience — PubMed

And this creates a very interesting evidence-based pathway:

MUSIC + POSITIVE WORDS + EMOTIONAL MEANING
↓
Auditory and language processing
↓
Neural and emotional response
↓
Autonomic/physiological response
↓
Heart • breath • arousal • bodily sensations
↓
Interoceptive signals return to the brain
↓
The body's changing state becomes part of the emotional experience

 “the body/mind hums a new tune.”

Art and Well-Being

A 2025 systematic review examined 38 studies involving 6,805 participants on viewing art and well-being. Researchers identified proposed mechanisms involving affective, cognitive, social, self-transformative and resilience-building processes. The evidence was strongest for aspects of eudaimonic well-being, while the authors emphasized that stronger studies are still needed for other outcomes.

Impact of Viewing Art on Well-Being — Systematic Review

So the research framework for your work becomes broader than music alone:

Positive visual input

  • positive words and lyrics
  • emotionally meaningful stories
  • musical harmony and melody
  • intentional rhythm and tempo
  • repetition
  • attention to internal experience

→ sensory processing + emotional processing + neural synchronization + autonomic response + interoceptive awareness

→ potential changes in emotional state, arousal, attention and subjective well-being.

 

Specific Tempos Effect on the Brain/Body Experience

Tempo + Rhythm + Melody/Harmony + Words + Meaning + Emotional Response + Individual Listener

All contribute to the experience.

60–80 BPM music provides a relatively slow rhythmic framework that may support lower physiological arousal and autonomic regulation in appropriate listening conditions.

Intentional positive lyrics add cognitive and emotional meaning.

Musical emotion adds another layer of neural and affective processing.

Somatic cues of words, themes, allows the listener to encounter those words and register in the brain, which send the information to the body.

And interoception provides awareness of what is occurring within the body while the person listens.

Intentional Tempo + Intentional Words

Music combines several forms of information at the same time. Rhythm and tempo provide auditory timing cues, melody and harmony contribute emotional information, while lyrics introduce language and meaning.

Research has shown that musical tempo can influence emotional arousal and physiological responses, while separate studies demonstrate that the content of song lyrics can influence thoughts, emotions, empathy and behavior. Research examining prosocial lyrics has found differences between positive/prosocial and neutral lyrical content. Neuroimaging studies also demonstrate that the presence of lyrics can alter the way emotional music is processed by the brain.

Self-affirmation research provides an additional area of interest. Studies using brain imaging have found that reflecting upon personally meaningful values can engage neural systems involved in self-processing, valuation and reward. This research has not specifically established the same effects for affirmations embedded within songs, but it offers another avenue for investigating how personally meaningful positive language may interact with musical experience.

Taken together, these areas of research raise an intriguing possibility: intentionally combining tempo, rhythm, musical emotion and constructive words may provide the listener with simultaneous auditory, emotional and cognitive information. The response will vary among individuals and should not be interpreted as a guaranteed therapeutic effect.

 Prosocial Lyrics: Thoughts, Affect & Behavior, Prosocial Lyrics, Empathy & Helping Behavior — PubMed, Lyrics Alone vs. Lyrics With Music — PubMed, Prosocial Lyrics + Musical Production Elements, Music With and Without Lyrics: fMRI Study — PubMed, and Self-Affirmation, Self-Processing & Reward — NIH/PMC.

 

   Music and the Brain


 

 Music, physiological and autonomic responses

There is research examining music in relation to heart rate, heart-rate variability, respiration, blood pressure, electrodermal activity, cortisol and other physiological measures. The findings vary considerably depending upon the music, person and experimental conditions.

 Music and Emotion

Neuroimaging research associates music-evoked emotion with regions including the amygdala, hippocampus, insula, ventral striatum, orbitofrontal cortex and cingulate cortex.

Music, Language & Auditory Cues

Music and language are not processed identically, but research demonstrates important interactions and overlapping resources between speech, language, rhythm and music processing.

Visual Art, Brain and Well-Being

  • Evidence for the Effects of Viewing Visual Artworks on Stress Outcomes
    The review found promising evidence regarding viewing art and stress, while also emphasizing that stronger controlled studies are needed.
    Viewing Visual Artworks and Stress — NIH/PMC
  • How the Arts Heal: Neural Mechanisms Behind Creative Arts and Mental and Physical Health
    Reviews possible neural mechanisms linking creative arts engagement with emotional regulation, including prefrontal and amygdala circuitry.
    Neural Mechanisms of Creative Arts — NIH/PMC
  • Active Visual Art Therapy and Health Outcomes — Systematic Review and Meta-Analysis
    The analysis found benefits for some outcomes, while importantly noting that study quality was generally low.
    Visual Art Therapy Systematic Review — NIH/PMC
  • World Health Organization — Arts, Health and Well-Being
    This is an excellent overarching source. The WHO review synthesized evidence from more than 3,000 studies concerning arts participation, health and well-being.
    WHO: Evidence on the Arts, Health and Well-Being

Rhythm, Entrainment, Interoception and the Body

.Music and Emotions: From Enchantment to Entrainment

  • Connects musical emotion with reward, movement, attention, memory and entrainment.
    Music, Emotion and Entrainment — PubMed
  • Prospects of Cognitive-Motor Entrainment
    Discusses entrainment as synchronization of oscillatory patterns and interactions between environmental rhythms, neural activity, cognition and movement.
    Cognitive-Motor Entrainment — NIH/PMC
  • Music in the Air and in the Body: An Interoceptive System's Perspective on Musical Emotions, Awareness, and Time
  • Research directly addresses music through an interoceptive perspective—the integration of music with sensations and awareness of one's own body, emotional responses and peripheral physiological activation.
    Music, the Body and Interoception — PubMed

What is quantum energy frequency coherence as it relates to the body?

  • Quantum energy coherence is the idea that the mind, body and emotions are deeply connected.
  • It suggests that your thoughts, emotions, and beliefs can influence your physical health.
  • This concept is inspired by principles from quantum physics, which show that energy and consciousness can affect matter.

Everything in the body Is energy vibrating at a specific frequency

  • At the smallest level, your body is made of atoms and energy—not just solid matter.
  • Your heartbeat, breathing, emotions, and thoughts all produce energy signals.
  • If your energy is balanced, you feel healthy; if it is disturbed, you feel unwell.

Thoughts may create real changes in the body

  • When you think positively, your brain releases “good chemicals” like dopamine and serotonin.
  • When stressed or worried, your brain releases cortisol, which can weaken immunity.
  • This shows that thoughts have a direct physical impact.

The Observer Effect: why attention matters

  • In quantum physics, particles behave differently when observed.
  • Similarly, when you focus your mind on positive effects of the body, your body responds to that attention.
  • Meditation, prayer, and positive intention activate the body’s natural repair systems.

Emotions carry energy

  • Joy, gratitude, and love create high-energy frequency states that may support the physical body positively
  • Fear, anger, and sadness create low-energy frequency states that may slow down the body physically.
  • Quantum research suggests that shifting emotional energy may shift physical well-being.

Placebo effect: proof that belief affects the body positively

  • Doctors around the world have seen patients recover simply because they believed a treatment would work.
  • The mind convinced the body to come into a better state of well-being.

Daily practices that encourage quantum energy coherence

  • Meditate for a few minutes every day to calm your energy.
  • Use positive affirmations and words in thought or singing: (“My body is healing. I am strong.”).
  • Practice gratitude to raise emotional energy.
  • Visualize, imagining your body becoming healthier.
  • Stay conscious of your thoughts—replace negative ones gently with positive ones.

 Final thoughts

  • Quantum energy coherence doesn’t replace medical or psychological treatment, but it supports it.
  • Your mind is powerful—your thoughts can influence your body and emotions
  • When you change your thoughts, you change your energy.
  • When you change your energy, your body responds.

"Logic will take you from Point A to point B.  Imagination will take you everywhere.  Albert Einstein, Theoretical Physicist 

1. The future of quantum biology. Royal Society. https://royalsociety.org/blog/2019/02/the-future-of-quantum-biology

2. Clarice D. Alello, Quantum Biology Unlocking the Mysteries of How Life Works, SciTech Daily.  Published online May 21, 2023. https://scitechdaily.com/quantum biology-unlocking-the-mysteries-of-how-life-works

A Note About This Research

Research into music, art, neuroscience, interoception and human physiology, and quantum energy as it relates to the physical body continues to develop. Individual responses to music and visual imagery vary, and findings from individual studies should not be interpreted as guarantees of a particular physical or emotional response.

The information presented on this page is intended for education and exploration of the emerging science connecting art, music, the brain and the body. It is not medical advice or a substitute for professional medical or mental-health care.