Ballet Science Blog

Have you ever watched a ballet dancer perform a flawless pirouette and wondered how it’s possible?

In this video, we break down the fascinating physics behind ballet turns… from angular momentum and torque to spotting, balance, friction, and fouettés.

You’ll learn how dancers use the same physical principles that govern figure skaters, tornadoes, and spinning planets to create speed, control, and stability during turns. From the initial push-off to the iconic passé position, every pirouette is a masterclass in biomechanics and physics.

🩰 Topics Covered:

• Angular Momentum
• Moment of Inertia
• Torque & Push-Off Mechanics
• Spotting & Balance
• Friction & Fouettés
• Why Dancers Pull Their Arms In During Turns
• The Biomechanics of Pirouettes

Why are ballet dancers so flexible? Is it genetics… or training? In this video, we break down the real science behind flexibility. Learn how dancers develop incredible range of motion, why the nervous system plays such a major role in stretching, and how strength and flexibility work together in ballet training.

This video covers:
🩰 The science of flexibility
🩰 Static vs. dynamic flexibility
🩰 Why dancers need strength for flexibility
🩰 How the nervous system controls stretching
🩰 Why warming up matters before stretching
🩰 How long stretches should actually be held
🩰 Why oversplits are NOT the goal
🩰 Safe flexibility training for adults and beginners

What if one of the biggest predictors of injury in ballet isn’t weak ankles or poor technique… but your brain? In this video, we dive into the science of mental fatigue in ballet dancers and how it impacts performance, learning, and injury risk. Based on recent research on professional ballet dancers, this video explores how cognitive overload, choreography demands, and sustained focus contribute to fatigue, and why that may lead to injuries like sprained ankles.

Key topics covered:

• What mental fatigue actually is (and why it’s not just “being tired”)
• Why ballet is as cognitively demanding as it is physical
• The link between mental fatigue and injury risk
• How dancers experience mental fatigue in rehearsal and performance
• Practical strategies dancers use to manage fatigue
• Why this research matters for dancers, teachers, and training environments

This episode is especially important for anyone interested in dance science, injury prevention, and performance optimization.

How do ballet dancers balance on their toes in pointe shoes? Learn the science and anatomy of pointe work, including ballet biomechanics, pointe shoe mechanics, and how dancers safely balance their center of mass on their toes in ballet technique.

If you’ve ever tried standing on your toes, you know it feels impossible. But the truth is, it’s not just strong feet or natural talent… it’s physics, biomechanics, and years of neuromuscular training that allow ballerinas to control extreme forces on such a small surface area.

In this video, we break down:
🩰 Why pointe work creates extremely high pressure
🩰 How alignment reduces injury risk
🩰 What pointe shoes actually do (and don’t do)
🩰 The full-body muscle coordination required for balance
🩰 Why pointe training takes years… not months

What if dance could do more than build technique… what if it could change how we connect with others? In this video, we break down scientific research examining how dance impacts individuals with autism spectrum disorder (ASD).

We explore:

• Whether dance improves overall ASD symptoms
• The powerful effects on social interaction and communication
• Why empathy did not significantly change
• The neuroscience behind movement, connection, and learning
• What this means for dancers, teachers, clinicians, and families

Learn whether dance actually improves balance in people with Parkinson’s disease and if certain dance styles work better than others. Discover why dance training duration matters, and what these findings mean for real-world fall risk and independence.

I break down one of my own research studies: a systematic review and meta-analysis of 14 randomized controlled trials examining how dance impacts balance in Parkinson’s disease.. and the results might surprise you!

If you’re a dancer, teacher, clinician, or just curious about how movement impacts the body and brain, this video is for you.

What if dance could actually change your brain? Not just how you feel… but how your brain functions over time. In this video, we break down a systematic review and meta-analysis (one of the highest levels of scientific evidence) to answer a powerful question:

Can dance improve cognitive function and help protect against decline as we age?

We’ll cover:
👉 What the research says about memory, attention, and executive function
👉 Why dance may stimulate neuroplasticity
👉 Whether dance is actually better than other forms of exercise
👉 What this means for dancers, adults, and aging populations

This isn’t just “exercise is good for you.” This is measurable, clinical data on how movement impacts the brain.

What actually happens to your feet after a long day of ballet… and can recovery shoes really help? I sit down with Kunal Moudgil, co-founder of Ance Recovery Sneakers, to break down the science behind recovery footwear, and what it means for dancers.

We talk about:
📌 What “recovery” actually means for the body
📌 Why your feet feel so sore after class or rehearsal
📌 The role of compression, acupressure, and alignment
📌 Wide toe boxes, plantar fasciitis, and foot health
📌 Whether recovery shoes are backed by science (yet 👀)
📌 The future of footwear for dancers and athletes

If you’ve ever come home from ballet with aching feet… or wondered how to support your body for longevity, this video is for you!

Recently, a comment circulated online from actor Timothée Chalamet claiming that “no one cares about ballet.”

Whether the remark was serious or joking, it sparked a lot of conversation in the dance world. Instead of debating the comment itself, this video asks a deeper question: Why should people care about ballet?

When you look at ballet through the lenses of art, science, culture, and human movement, it becomes clear that ballet is much more than a niche performance genre. Ballet sits at a fascinating intersection of storytelling, music, athleticism, neuroscience, and human expression.

In this episode of the Ballet Science Podcast, we explore why ballet matters not just to dancers… but to society as a whole.

Topics include:

• Ballet as a universal storytelling language
• The power of live performance and orchestral music
• Ballet as elite human athletic performance
• What biomechanics and neuroscience reveal about dance
• How ballet training influences balance, coordination, and motor control
• Why supporting the arts matters for culture and society

March is Multiple Sclerosis (MS) Awareness Month. Can ballet help improve balance and coordination in people with MS?

In this video, former professional ballerina and biomechanics researcher Caroline Simpkins, PhD, explores a fascinating 2018 study investigating how a targeted ballet training program may help reduce ataxia and improve balance in individuals with mild to moderate MS.

Multiple sclerosis affects the central nervous system, often impairing coordination, balance, and walking ability. Researchers wanted to explore whether the structured movement patterns of classical ballet could help retrain motor control and improve neurological function.

In this video you’ll learn:

• What multiple sclerosis is and how it affects movement
• Why dance (and especially ballet) may benefit neurological conditions
• How researchers designed a 16-week targeted ballet rehabilitation program
• How motion capture technology was used to measure movement changes
• The surprising improvements in balance, coordination, and gait smoothness

This research highlights how ballet can be more than an art form… it may also serve as a powerful tool for rehabilitation and neurological training. Whether you’re a dancer, teacher, researcher, or someone interested in the science of movement, this video explores how dance and neuroscience intersect in unexpected ways.