Ballet Science

04/25/2026

April is Autism Awareness Month 💙

Dance is more than performance… it’s a complex combination of motor learning, sensory input, and social interaction.

Research often refers to dance as an “intervention”(a structured activity used to study outcomes), but in practice, it can support coordination, body awareness, communication, and self-expression in meaningful ways.

At the same time, language matters. While research uses standardized terms like “autism spectrum disorder,” many individuals prefer identity-first or neurodiversity-based language. Both perspectives are important when discussing the science.

There’s still so much to learn… but it’s exciting to see how movement can play a role across so many domains!

04/24/2026

Ballet Term of the Week 🩰
En Croix - from French, meaning “in the shape of a cross.”

In ballet, en croix describes a sequence performed front → side → back → side, creating a cross-shaped pattern.

This isn’t just a pattern to memorize… it’s a control test. From a biomechanics perspective, en croix challenges your ability to maintain alignment, coordination, and consistency as the working leg moves in different directions.

Each direction places slightly different demands on the body, especially the hips, pelvis, and balance. Can you keep the same control in all four?

Consistency in every direction is what builds strong technique!

Follow .science for more technique + science!

04/22/2026

Ballet is often seen as beautiful, disciplined, and refined… but what does the research say about the daily experiences of dancers behind the scenes?

🧠 A recent qualitative study interviewed pre-professional, professional, and retired ballet dancers (ages 18–25) to better understand mental, physical, and cultural challenges within ballet.

Here’s what emerged…

✨ The overarching theme: “Cyclic Trauma.” Many dancers described patterns of stress and pressure that repeat over time.

⚖️ 60% reported a lack of control, instability, or inconsistency. Think: casting uncertainty, changing expectations, and unpredictable environments.

🎯 80% described perfectionism. A trait often rewarded in ballet, but one that can come at a cost.

💔 100% of participants identified concerns with:
• Body dysmorphia & eating disorders
• Mental health challenges (anxiety, depression)
• Sexual violence within ballet culture

🩰 Injuries were reported by 70%… Reinforcing how physically demanding (and sometimes harmful) training can be.

⚠️ Unexpected finding: Complex PTSD (C-PTSD).
This emerged as a theme and highlights the need for deeper research into long-term psychological effects.

📊 This is a small, qualitative study (n=10), but it provides important insight into patterns that deserve attention.

💡 The takeaway: Ballet builds strength, artistry, and resilience, but environments matter. With better education, support systems, and evidence-based training, we can reduce harm while preserving what makes ballet so powerful.

🎙️ I talk about topics like this (where science meets ballet) on my YouTube & podcast. Follow .science for more research-backed insights!

04/21/2026

NEW PODCAST! 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 episode, 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

You’re not just watching art… you’re watching physics in action!

Watch or listen now on YouTube, Spotify, and Apple Podcasts. Links in the comments!

04/18/2026

When is a dancer truly ready for pointe work? In this video, we break down the science behind pointe readiness, including strength, flexibility, age, and injury risk.

While many dancers focus on when they can start pointe, the real question is: are they physically prepared?

Full video available on the Ballet Science YouTube channel!

04/17/2026

Ballet Term of the Week 🩰
Port de Bras - from French, meaning “carriage of the arms.”

In ballet, port de bras refers to how the arms move and transition through positions.

It’s not just about where the arms go… it’s how they’re carried. From a biomechanics perspective, port de bras requires coordination between the arms, trunk, and spine to maintain balance, alignment, and fluidity.

The arms don’t move independently… they’re connected to the whole body. If the arms are disconnected, the movement looks disconnected.

Carry the arms. Don’t just place them!

Follow .science for more technique + science!

04/16/2026

When is a dancer truly ready for pointe work? In this video, we break down the science behind pointe readiness, including strength, flexibility, age, and injury risk. While many dancers focus on when they can start pointe, the real question is: are they physically prepared?

Research shows that dancing on pointe can place up to 12 to 13x body weight through the ankle and foot, making proper preparation essential for injury prevention. In this video, we explore findings from a systematic review published in the Journal of Dance Medicine & Science to better understand how dancers, teachers, and parents can make safer decisions about pointe training.

Watch now!

When is a dancer truly ready for pointe work? In this video, we break down the science behind pointe readiness, including strength, flexibility, age, and inj...

04/16/2026

Josephine Lee (The Pointe Shop) joins the Ballet Science podcast to explain why pointe shoes should not be causing you pain.

🩰 Better fittings = safer dancing

Want to learn more about the art and science of pointe shoe fitting? Full video available on the Ballet Science YouTube channel! Link in comments.

04/15/2026

Injury isn’t just “part of ballet”… and this research helps explain why.

In a study of preprofessional ballet students (average age ~13), over 60% reported an injury within 18 months, with most injuries happening in the lower body and linked to overuse.

But here’s where it gets really interesting… it’s not just about training volume…

Two key predictors of injury stood out:
👉 Joint hypermobility (that “natural flexibility” we often praise)
👉 Fatigue (physical AND mental)

This matters because both are incredibly common in young dancers. And while flexibility is often seen as an advantage in ballet, this research reminds us that without strength and control, it can actually increase injury risk.

Translation to the studio:
– Flexibility ≠ stability
– More training ≠ always better
– Rest and recovery are part of training, not a break from it

For teachers, dancers, and parents:
Injury prevention isn’t just about correcting technique… it’s about managing fatigue, building strength, and supporting the whole dancer (physically and psychologically).

Because keeping dancers healthy doesn’t just improve performance… it helps them stay in dance longer!

Link to the full publication is in the comments! Access may vary depending on affiliation and region.

04/14/2026

What if dance could do more than build technique… what if it could change how we connect with others?

In this episode, I break down a systematic review + meta-analysis on dance and autism, and the findings are fascinating:
✨ Improved overall symptoms
✨ Strong gains in social interaction
❗ But no significant change in empathy

So what’s really going on in the brain and body during dance? And why might it help with connection and communication?

This is where movement, neuroscience, and real-world impact come together.

🎧 Full episode now on YouTube, Apple Podcasts, and Spotify!

04/14/2026

What muscles control turnout in ballet?

Learn how the hip muscles, tendons, and ligaments work together to create turnout, stability, extension, and control... and why understanding them can help prevent injury.

If you’ve ever struggled with turnout, hip tightness, or stability, this video explains what’s happening inside your body and how to train smarter.

Full video available on the Ballet Science YouTube channel! Watch now: https://youtu.be/Z1qrdsikNPY