01 / TIMING
Find the beat.
Bring movement into time with a steady pulse.
One shared moment
White marks the beat. Gold follows its timing.
Beat synchronization: moving in time with sound.
The development window · Prenatal to seven
Every stage.
A new way to grow.
Every brain deserves to reach its potential. Follow the research that informs our belief in early musical precision training, from the first sounds before birth to the school years.
Bell is in development for pregnancy through twelve months. This journey explores early opportunity; learning continues beyond age seven.
Precision training
A smaller target.
A finer skill.
Hitting the board takes practice. Hitting the bullseye asks for finer control. What counts as success shapes what we practice.
Anywhere counts
Land on the board. The goal is met.
Only the center counts
Notice smaller errors. Refine your aim.
Music makes small differences matter.
In Mandarin, pitch can change a word’s meaning, giving children everyday practice noticing pitch distinctions. Music offers another setting for precise listening, including for children growing up with non-tonal languages.
We believe progressively finer musical challenges can help children develop their auditory abilities and make fuller use of their capacity to learn. Patel’s OPERA hypothesis offers a research basis for this idea, combining precision with attention, repetition and emotional reward. Read the hypothesis ↗
Two skills to explore: moving with the beat and hearing pitch differences.
02 / PITCH
Hear the difference.
Listen as the gap between two notes gets smaller.
Sound ASound B
First, an obvious difference. Then a closer comparison.
Pitch discrimination: hearing differences between notes.
Guided illustrations, not a test. Sound starts only when you choose.
Studies behind the skills
Beat sync
Timing and early language skills
More consistent beat synchronization was associated with more precise neural speech encoding and stronger prereading skills.
35 preschool children · observational study
Woodruff Carr et al., 2014 · Read the study ↗An association between existing abilities, not evidence that this animation or beat practice causes reading gains.
Pitch discrimination
Pitch experience in everyday language
Mandarin-speaking three- to five-year-olds outperformed English-speaking peers on musical pitch processing. In tonal languages, pitch distinctions can change a word’s meaning.
Children ages 3–5 · language-group comparison
Creel et al., 2018 · Read the study ↗The finding concerns a particular listening skill. It does not establish general superiority, a corpus-callosum mechanism, or a required order for learning rhythm and pitch.
These brief examples illustrate the skills; they are not assessments. We introduce timing before pitch here, not as a developmental prerequisite. Pitch discrimination has been demonstrated in three-month-old infants. Lau & Werner, 2012 ↗
Why practice matters
A brain built for more than music.
Musical practice can shape listening skills and brain structure.
After 15 months of instrumental lessons, researchers measured physical changes in children’s brains alongside improvements in musical and motor skills.
Hyde et al., 2009 · Childhood music training ↗These findings underpin our belief that musical challenges can help children develop their abilities. We plan to investigate that broader hypothesis with academic researchers. Our research agenda →
This was a nonrandomized study of children around age six. Bell has not yet been tested for these outcomes.
Explore the research
Language · adults
Linking pitch with word meaning
Chinese speakers had greater gray- and white-matter density in regions near the right anterior temporal lobe and left insula than the comparison group.
59 adults, ages 18–29 · cross-sectional MRI comparison. The sample included native speakers and adults who learned Chinese. The study did not measure childhood change or establish a corpus-callosum effect.
Crinion et al., 2009 · Read the study ↗Music · children
Changes during childhood music training
Children receiving instrumental lessons showed structural changes over 15 months, including in the corpus callosum, related to gains in musical and motor tasks.
31 children, approximately age six at entry · longitudinal MRI comparison. This was a nonrandomized music-training study, not a tonal-language comparison. The corpus callosum is white matter connecting the hemispheres. The finding concerned a specific region.
Hyde et al., 2009 · Read the study ↗What adult comparisons show
Findings in adult musicians compared with nonmusicians. These comparisons do not measure the effects of Bell.
2.3× gray-matter volume in anteromedial Heschl’s gyrus, a region of auditory cortex.
Schneider et al., 2002 ↗2× stronger brain response as sound arrives.
Schneider et al., 2002 ↗6.6× greater sensitivity to subtle pitch changes.
Micheyl et al., 2006 ↗
Listening later in life
In adults aged 55–76, earlier instrumental training was associated with faster neural responses to speech transitions, decades after lessons stopped. This retrospective comparison measured neural timing, not brain structure.
White-Schwoch et al., 2013 ↗An adult comparison based on earlier training, rather than a study following babies into old age.
From discovery to everyday play
Research to build on.Questions to keep exploring.
a significant training effect on rhythmic skills both for toddlers and preschoolers
After eight weeks of music activities, toddlers and preschoolers improved their rhythm skills compared with children still waiting to start.
Findings indicate that foetuses’ linguistic environment influences speech processing at birth.
Babies in this study processed speech differently at birth depending on the language they heard in late pregnancy.
both language and music experiences alter infants' speech encoding.
Infants’ experience with language and music changed how their brains responded to speech sounds.
there was a considerable effect only when children reached a sufficient retrieval success rate during practice
Five- and six-year-olds benefited from recalling words only when they could already retrieve enough of them during practice.
incorporation of retrieval practice into shared book reading activities can produce benefits to children's word learning.
Preschoolers learned words better when shared book reading included chances to recall them.
children’s singing competency continued to improve over time
Children aged six to eight became better singers over eighteen months of specialist-led practice.
Two skills to train.
01
Beat Sync
Find the pulse. Match it. Keep it going.
Follow the beat → copy a rhythm → keep time on your own
Explore Beat Sync02
Pitch Discrimination
Hear increasingly small differences between notes.
High and low → smaller differences → melodic changes
Explore Pitch DiscriminationFrom first sounds to school years.
Research reviewed See what’s new →
-
Prenatal: Around 24 weeks, your baby starts responding to sound
Synapses, the connections between brain cells, begin forming in hearing and frontal brain regions before birth. Repeated melodies in late pregnancy can leave a measurable memory trace after birth.
Evidence Huttenlocher & Dabholkar (1997): synaptic developmentGranier-Deferre et al. (2011)Partanen et al. (2013): melody memoryCDC / NIOSH (2023): hearing development 2025 · Prenatal speech learning →
-
0-6 months: The brain locks onto rhythm
A human tissue study found peak synaptic density in the auditory cortex around three months. At just two months, babies’ brain activity already tracks the rhythm of speech.
Evidence Huttenlocher & Dabholkar (1997): synaptic developmentNí Choisdealbha et al. (2023) 2026 · Tracking speech rhythm at 4 and 8 months →
-
6-12 months: Speech sounds come into focus
Myelin, the insulation around nerve fibers, develops across more brain regions during infancy, helping signals travel efficiently. From around seven months, brain recordings during nursery rhymes show clearer encoding of speech-sound categories.
Evidence Deoni et al. (2011): infant myelinationDi Liberto et al. (2023) 2026 · Infant brain maturation and later motor skills →
-
12-24 months: Give their movements a musical pattern
In one frontal brain region, a human tissue study found peak synaptic density after 15 months, later than in the auditory cortex. Infants and toddlers also move more rhythmically to music than to speech.
Evidence Huttenlocher & Dabholkar (1997): synaptic developmentZentner & Eerola (2010) 2026 · How musical movement emerges →
-
2-3 years: Shared rhythm emerges
In a drumming study, children as young as two and a half adjusted their tempo to match a partner. Across the preschool groups, timing was more accurate with a person than with a machine or speaker.
Pitch
Sing two clearly different pitches. Invite your child to point high or low.
Try pitch training →Evidence Kirschner & Tomasello (2009) 2026 · Rhythm practice at ages two and four →
-
3-4 years: Beat keeping reveals readiness
Myelin continues developing through the preschool years, helping brain regions communicate. Preschoolers who synchronized to a beat also showed more precise brain responses to speech and stronger prereading skills.
Evidence Deoni et al. (2015): cortical myelinationWoodruff Carr et al. (2014) 2025 · Following brain growth from birth to six →
-
4-5 years: Speech contrasts sharpen
Practice can change how the brain processes sound. In a study of Mandarin-speaking four- and five-year-olds, six months of piano training strengthened neural pitch responses and improved discrimination of some speech sounds.
Evidence Nan et al. (2018) 2026 · Preschool rhythm training →
-
5-6 years: Practice changes the system
After 15 months of instrumental lessons, children who started around age six showed structural changes in auditory and motor brain regions. Those changes were linked with gains in finger movement and melody or rhythm discrimination.
Evidence Hyde et al. (2009) 2026 · Singing development from six to eight →
-
6-7 years: Rhythm supports reading
Pruning, the selective removal of synapses, continues beyond seven and follows different timelines across brain regions. In a small study of six- and seven-year-olds struggling with reading, rhythm-based activities and letter-based training were followed by similar literacy gains.
Beat Sync
Try syncopated patterns at different speeds, gradually fading the guide.
Try timing training →Evidence Huttenlocher & Dabholkar (1997): synaptic developmentPetanjek et al. (2011): ongoing pruningBhide et al. (2013) 2025 online / 2026 issue · Continuing cortical development →
Small beginnings. A lasting trace.
40+
years after lessons stopped
Adults ages 55-76 who had played music for 4-14 years earlier in life showed faster neural timing to speech than peers with no training.
White-Schwoch et al. (2013) 2025 update: listening in lifelong musicians →Reading begins in the ear.
Before reading words, children learn to hear syllables, rhymes, and speech sounds. Some structured music programs have improved this phonological awareness in small trials.
Gordon et al. (2015) meta-analysis 2024–2025 trials: what improved, and what did not →Earlier starts are linked to stronger rhythm synchronization.
Bailey & Penhune (2013) Newer context: early starts, family and practice →Choose your first activity.
Start from the parent dashboard to save completed rounds to your child’s practice history.
Free guide for caregivers and educators
The activities, organized by age.
- Nine age bands
- prenatal listening through ages 6-7
- Two musical pathways
- beat timing and pitch discrimination
- Everyday practice
- voice, movement, and household objects
- Research you can explore
- primary sources beside each age band
Training games
Activities by age
Before your first beat
What ages is Brain Building Beats for?
Our guides cover prenatal listening through age seven. Babies’ activities are led by grown-ups off-screen; interactive games are for children ready to tap, choose sounds, or hum with help.
Do we need an instrument or a musical background?
No. Start with your voice, clapping, or the on-screen drum. Each game includes instructions and lets you hear sounds again.
Can we play without a microphone?
Yes. Hear the Difference, Between the Beats, Copy the Beat, Chord Recognition, and Melody Paths work without one. Microphone access is optional for Pitch Matching.
How do parents track practice?
Create a parent account, add a child profile, and start an activity from the dashboard. Completed rounds appear in that child’s practice history.