Banyan & Nomad

Some movements should feel easy. Some should feel familiar.

And occasionally, I think movement should make you stop and think, **“Wait… how am I supposed to do this?”**

That moment of hesitation isn't necessarily a bad thing.

When we repeat movements we already know well, the nervous system becomes wonderfully efficient at producing them. But learning an unfamiliar movement asks something different of us. The brain has to pay closer attention, interpret sensory information, organize a new sequence and make corrections as we go.

Perhaps you're moving one arm and the opposite leg. Changing direction unexpectedly. Following a sequence that doesn't feel intuitive yet. Or discovering that a movement you understand perfectly when you watch someone else becomes surprisingly complicated when you ask your own body to reproduce it.

I see these moments in movement practice all the time, and I love them.

Not because confusion itself is the goal, but because **figuring something out is part of motor learning**.

We often measure exercise by how hard the muscles are working, how many repetitions we've completed or how tired we feel afterward. But movement can challenge us in another way. Sometimes the work is happening in coordination, attention, timing, spatial awareness and the constant conversation between the brain and the body.

And this becomes particularly interesting as we think about healthy aging.

I don't only want a body that can repeat what it already knows. I want a nervous system that remains curious and responsive when I ask it to learn something new.

So if a new movement occasionally makes you laugh, concentrate fiercely, get it wrong, try again and finally think, **“There it is!”**, don't dismiss that part of your practice.

Your muscles weren't the only ones invited.

Your brain came too.

We spend a lot of time talking about how to keep our balance.

But what happens when we lose it?

That may be just as important.

Think about the last time you caught your foot on a curb or stepped onto a surface that wasn't quite where you expected it to be. Your body didn't calmly stop to assess the situation. It reacted. A foot moved. Your arms changed position. Your trunk adjusted. Perhaps you took one quick recovery step, perhaps several.

This is called reactive balance, and researchers are increasingly interested in our ability to recover after stability has already been disturbed.

I find this fascinating because it changes the way we think about balance training. We often practice controlled positions: stand here, hold this, remain steady. Those skills matter enormously. But everyday life isn't controlled. Pavements are uneven. Someone bumps into us. A dog suddenly pulls the leash. We misjudge a step. The ground is wet.

Good balance therefore cannot mean never becoming unbalanced.

It also means having a nervous system capable of recognizing what has happened and organizing an effective response quickly enough to recover.

And there is encouraging research suggesting that these responses can be trained. Scientists studying perturbation-based balance training deliberately expose people to safe, controlled disturbances so the nervous system can practice recovering from them. We're learning that the body doesn't simply possess a fixed amount of “balance.” It can learn strategies.

I think there is something wonderfully practical about that idea.

We don't train because we expect the world to remain predictable.

We train so that when it isn't, our bodies have more options.

Mindfulness is often described as paying attention to the world around us. But some of its most interesting work may happen in the opposite direction: **inside the body.**

There is a scientific term for this: **interoception**. It describes our ability to perceive internal signals such as breathing, heartbeat, muscle tension, temperature, hunger, fatigue and other bodily sensations.

These signals are happening all the time. The question is, how often do we actually notice them?

In mindfulness practice, I encourage people to become curious about these sensations without immediately trying to fix them. Where is your breath right now? Are you holding tension somewhere? Does your body feel settled or restless? What changes when you simply notice?

Research into mindfulness and interoception is especially interesting because awareness of internal signals is connected with how we understand and regulate our physical and emotional states. Mindfulness doesn't necessarily make us *better* at detecting every bodily signal, and the science is more nuanced than that. What it may help change is **how we attend to and interpret what we feel**.

I think that distinction matters.

The goal isn't to become hyperaware of every heartbeat or sensation. It's to develop a more thoughtful relationship with the information your body is already giving you.

And that can carry into movement, too. When you become more aware of breathing, effort, tension and position, you have more information available to decide when to soften, when to adjust and when you're ready to challenge yourself.

Your body has been communicating with you all along.

Mindfulness gives you practice in listening.

Your balance system is doing much more than keeping you upright.

It is also paying attention.

We often think of balance as a purely physical skill: strong legs, good coordination, perhaps a strong core. But staying steady requires your brain to continuously process information from your eyes, inner ear, muscles and joints, while deciding what deserves attention and how your body should respond.

And that becomes especially interesting when attention is divided.

Walking while having a conversation. Turning to look behind you. Carrying something while navigating stairs. Looking for a street sign in a crowded place. These ordinary situations ask the brain to manage balance and another task at the same time.

This is why I believe good balance training should go beyond simply practicing how long you can stand on one leg.

We can challenge attention. Change visual information. Add movement. Introduce another task. Ask the brain and body to solve small problems together.

Because the balance we need in life isn't performed in perfect silence on a gym floor.

It's the balance that stays available when our attention has somewhere else to go.

Mindfulness is often presented as a way to relax.

But that isn't really what we're practicing.

When I teach mindfulness, I'm not teaching people how to make uncomfortable thoughts disappear or how to remain calm every minute of the day. I'm teaching **attention**.

Can you notice when your mind has wandered and bring it back? Can you recognize tension in your body before you've carried it for hours? Can you experience an uncomfortable thought without immediately reacting to it? Can you notice your breathing, your emotions and the sensations inside your body without needing to change them straight away?

That is the training.

And interestingly, neuroscience increasingly gives us reasons to think about mindfulness this way. Regular practice engages processes involved in attention regulation, awareness of internal states and our ability to respond rather than simply react.

Sometimes mindfulness *does* leave us feeling calmer. That's wonderful.

But calm isn't the assignment.

**Awareness is.**

And the more we practice noticing what is happening while it is happening, the more choice we may have about what we do next.

🌿 That is why I think mindfulness belongs in everyday life, not only in quiet rooms.

Have you ever returned to Pilates after a break and discovered that your body seems to remember what to do before your mind does?

There is real science behind that feeling.

When we practice a movement repeatedly, the nervous system learns how to organize it: which muscles need to work, in what sequence, with how much force and at what moment. These motor patterns don't simply disappear because you've taken a few weeks or months away from your regular practice.

You may have lost some strength or endurance. You may feel stiffer at first. Your timing may need a little polishing. But you're not necessarily beginning again from zero.

I see this with returning clients all the time. A movement feels awkward during the first few repetitions, and then something familiar begins to emerge. The breathing settles. Coordination returns. The body recognizes the pattern.

I think that's an important thing to remember, especially if you've been away from exercise and feel intimidated about coming back.

Don't wait until you feel as fit as you used to be before you return.

Returning is how you get there.

Your body has been learning throughout your life. Give it the opportunity to remember.

What does your brain have to do with falling?

A lot more than we once thought.

Balance isn't simply a matter of strong legs or a good sense of equilibrium. Your brain is working constantly while you move, processing your surroundings, deciding where to direct your attention and coordinating what your body should do next.

Now think about real life. You're walking while talking on the phone. Carrying coffee. Looking for an address. Stepping around another person. Thinking about the meeting you're already late for.

Your brain and your balance system are sharing resources.

This is why researchers are increasingly interested in **dual-tasking, executive function and cognitive load** when studying balance and fall risk, particularly as we age. Staying steady in the real world requires us to move while simultaneously processing other information.

For me, that changes the conversation about balance training.

Strength matters. Mobility matters. But we should also practice responding, adapting, changing direction and managing more than one task at a time.

Because life doesn't ask us to balance in a quiet room with nothing else happening.

It asks us to stay steady while we're busy living it.

There are days when Pilates sounds like a wonderful idea.

And then there are the days when the sofa is making an extremely convincing argument.

Those are often the days when I tell my clients: don't decide what the session needs to be before you begin it.

Feeling tired, stiff, stressed or unmotivated doesn't necessarily mean your body needs no movement. It may simply mean it needs **different movement**. A gentler session. More breathing. More mobility. Less resistance. A chance to reconnect rather than perform.

I've seen this countless times. Someone arrives saying, “I really didn't feel like coming today,” and leaves surprised by how different they feel.

Not because we pushed through exhaustion.

Because we listened to it.

Pilates doesn't have to be your best workout of the week to be worthwhile. Some days, simply showing up and moving intelligently is enough.

And yes, you're still allowed to go home to that sofa afterward. 😊

Have you ever spent an entire day sitting at your desk and wondered why you're exhausted when you haven't really *done* anything physically?

Sitting still isn't the same as resting.

Your muscles are still working to support your posture, while prolonged inactivity means less muscular contraction and fewer of the physical changes in circulation and alertness that come with movement. Add hours of screen concentration, shallow breathing and mental effort, and it's quite possible to finish a sedentary day feeling surprisingly drained.

This is why, when I hear someone say, “I'm too tired to move,” I sometimes suggest doing exactly that.

Not a workout. Not something strenuous.

Get up. Walk around for five minutes. Stretch. Roll your shoulders. Go outside. Take the stairs. Give your eyes something to look at besides a screen.

A little movement can leave you feeling more awake than another twenty minutes in the chair.

Your body wasn't designed to conserve energy by remaining perfectly still all day. Sometimes, when you're tired, what it needs isn't more sitting.

It needs a change of state.

🌿 Try five minutes of movement the next time the afternoon slump arrives and notice what happens.

Your brain is predicting your next movement before you even make it.

When you walk across a familiar floor, step off a curb, reach for a railing or take your dog through the park, your brain is constantly using past experience and incoming sensory information to anticipate what your body will need to do next.

Most of the time, those predictions are remarkably accurate.

But then the ground is softer than expected. The step is slightly higher. Your dog suddenly pulls toward a squirrel. Your foot lands somewhere your brain wasn't expecting.

That's when the nervous system has to make a very fast correction.

This is one reason varied movement matters so much. Walking on different surfaces, changing direction, practicing balance and challenging coordination give the brain more information to work with. We aren't only training muscles. We're continually updating the brain's map of how our body moves through the world.

And that map needs new information throughout our lives.

So the next time you wobble and recover, don't only think about the wobble.

Notice the recovery.

Your brain just solved a problem in real time.