After practicing Chanrou, have you ever had this feeling:
"I think I've gotten taller." "I suddenly feel lighter." "I can't quite explain it, but it's just different."
This feeling is hard to describe in words. But it is real—and it has a very solid scientific basis.
The key behind this is neuroplasticity.
The brain is constantly changing.
In recent years, "neuroplasticity" has gradually become one of the most important concepts in the fields of neuroscience, rehabilitation medicine and physical education.
In simple terms, neuroplasticity refers to the brain and nervous system's ability to continuously change and re-establish connections based on experience, learning, and behavior.
In the past, scientists believed that the brain was like a computer hard drive—fixed at a certain age and unable to change. Now we know that this is wrong. Throughout life, the brain continuously changes its structure and function based on our experiences, actions, thoughts, and feelings. We influence the brain every day—for better or for worse.
The most frequently repeated activities form the strongest and fastest neural circuits in the brain, becoming habits. This can be good—like learning to ride a bicycle; or it can be bad—like developing a hunchback from prolonged sitting. Chronic pain and anxiety are often also the result of negative neural plasticity.
But most importantly: no matter what your current state is, the brain always has the ability to change, learn, heal, and grow.
Actions are the language of the nervous system.
Movement is not just a matter of muscles; it is the language of the nervous system.
From the moment life begins, the nervous system builds maps through signals of movement—helping us develop, learn, and adapt. Breathing, touch, vision, and hearing are all closely intertwined with these movement maps.
On a deeper level, certain movement patterns existed long before we became conscious—instincts accumulated over millions of years of evolution. The gentle undulation of the spine is one such example: that flowing, rhythmic wave-like movement makes many people feel as if they are moving in water because it echoes our oldest motor memories.
Juliu Horvath, the founder of Chanrou, recognized long before the popularization of neuroscience that the roots of exercise lay far deeper than the musculoskeletal system. He said, "Theory does not create experience; experience creates theory. Without dedicated practice, there is no real experience."
Chanrou's Four Key Elements for Activating Positive Neuroplasticity
Not all exercise produces the same neuroplasticity. Several key conditions determine whether exercise can truly change the brain—and Chanrou's design almost naturally meets these conditions.
I. Diversity and Attention
Without attention, the brain becomes uninterested and does not generate new neural circuits.
The brain gets tired of repetitive and mechanical movements and may even shut down its learning mechanisms. Running on a treadmill while using your phone not only doesn't promote brain health—this distracting, repetitive movement actually creates "noise" in the brain, which can damage brain function in the long run.
The graceful movements require complete focus. From the rhythm of breathing to the spiral of the spine, these complex and varied movement patterns stimulate neural pathways, keeping the brain curious and active—it cannot be distracted and must be fully engaged in the present moment.
II. Primal Energy and Waves
One of the core elements of Chanrou is spinal wave. This fluid movement, mimicking the flow of water, reaches our most primal neural centers. When we glide smoothly on the equipment, the brain lowers its defense mechanisms, shifting from cognitive control to instinctive wisdom, effectively releasing long-term accumulated stress and tension.
Master Trainer Angela Crowley says, "Our deepest instinctual wisdom is far smarter, more reliable, and more efficient than cognition."
Breathing is the most direct key to connecting to this instinctive wisdom. Juliu said, "Breathing creates movement, and movement creates breathing." Chanrou provides countless variations of breathing—each variation adds a new path to the breathing map in the brain, opening up possibilities locked by old patterns.
III. Awakening of Sight and Senses
In the practice of Chanrou, we learn to guide movements with our "eyes." Juliu says, "By letting the eyes guide the direction of the movements, the spine and nervous system will be fully engaged."
Modern life narrows our vision—we only look at screens and what's directly in front of us. The gentle, internal figure eights cross the body's midline, integrating the left and right hemispheres of the brain; this expanded visual focus directly relaxes the optic nerve, thereby relaxing the neck and spine. Through this reconnection between the eyes and movement, our sense of balance and proprioception in space are significantly enhanced.
IV. Rhythm and Melody
Juliu said, "The body is like a musical instrument."
From the very first lesson, all of Chanrou's movements are taught through rhythm and melody. Music penetrates our cells, nervous system, and brain. Every Chanrou breathing pattern and movement rhythm is like playing a symphony—the regular rhythm stabilizes the nervous system, transforming chaotic "brain noise" into clear, efficient neural waveforms. Chanrou's rhythm allows the movements to sometimes be calm, sometimes recharge, and sometimes release excess tension.
Games allow the brain to truly learn.
Juliu often plays games with her students in class—especially with professional dancers.
It's not about making things easy, but because games generate 11 million instructions per second in the brain, hundreds of thousands of times more than cognitive processes. The brain in games is holistic, synchronous, and creative—a learning state that cognitive control can never achieve.
Whether you're an ordinary person recovering from injury or an athlete striving for peak performance, Chanrou Exercise provides moderate "disturbance" to challenge your brain while maintaining sufficient comfort to elicit the positive feedback needed for learning.
The Art of Teaching: Avoiding Negative Neuroplasticity
Neuroplasticity is neutral—it can both reinforce positive habits and perpetuate bad habits.
If a kinesiology course is conducted incorrectly—with excessive force, too heavy weights, lack of focus, or failure to follow systematic principles—it can also cause negative neuroplasticity, reinforce bad movement habits, and even increase pain.
This is why Chanrou's teaching art is so crucial. Good Chanrou teaching emphasizes moving within one's comfort zone with "effortless effort" and "a smile in one's heart"—creating a safe, comfortable, and appropriately challenging learning environment for the learner's nervous system, allowing the brain to open up, change, and build new maps.
Juliu said, "Move within your body's comfort zone, with effortless effort and a smile in your heart."
Why do you feel like you've "returned to yourself" after practicing Chanrou?
When a Chanrou class ends, students say they feel taller, freer, and more grounded—this positive shift in perception triggers the release of more positive neurotransmitters, scientifically reinforcing the learning and allowing us to re-enter the world from a completely new perspective.
It's not just physical relaxation; it's a recalibration at the nervous system level—the old tension patterns are broken, and a new, more efficient neural map is established.
Angela Crowley summed up the essence of the experience in one sentence: "It felt like coming home—because we really did come back."
This is the deepest connection between gentleness and neuroplasticity.
