Protection Tension as a Mini-Freeze

In modern pain physiotherapy, chronic stiffness is considered “stuck survival energy.” The nervous system parks itself in a state of alert. If stiffness is the response to uncertainty, then the spinal wave is proof of safety. A wave can only be allowed by someone who does not believe they will break. Whoever oscillates elastically interacts with the world. This is an advanced state of being.

Do we first need to learn to land hard (compressed) before we are allowed to flow softly (elastically), or is that already the first step in the wrong direction?

I believe we do not need to first learn the wrong way to finally understand the right way.

This is a radical approach. It breaks with the traditional pedagogical idea that one must work through “layers of mistakes” to achieve mastery.

If we assume that the nervous system naturally tends toward protective tension whenever it is overloaded, then training compression often just reinforces an existing fear program. If I learn to absorb impact with pure muscular force and stiffness, I engrain this path into my motor memory. In stressful situations, the system will always revert to this costly solution.

What would training look like that consistently avoids false learning? Would we need to dose loads (impact, weight, speed) so finely that the nervous system never flees into the protective reflex of stiffness?

There is a classic teaching example: The aggressor says, “First we destroy your ability to guard your center.” The correct answer is: “My center is everywhere.” This cannot be understood in the first fifteen years of training. Yet one must not give wrong answers just because one cannot yet do the right thing.

Your quote describes the transition from linear statics to spherical dynamics — I am an integral tension network. Those who protect their center through stiffness build a prison of compensations.

This is also true for the IRAS in Wing Chun. For many, it embodies paradox. If it is misunderstood as purely muscular holding work, a mechanical trap is created. But if it is understood as what it truly is — an energetic and structural alignment — one grasps exactly what you mean by “not giving wrong answers.” At first, the IRAS feels unstable. The fact that the stance only feels stable after years is because the nervous system takes years to release the protective tension that prevents the weight from fully transferring into bone structure and fascia.

The Phases

The brain tries to enforce balance through voluntary muscles (ego-stability).

The brain realizes this tension distorts perception.

Muscles “give up,” and the tensegrity network takes over.

Many masters did not know about protective tension. They only knew what was right and what was wrong.

This is the key difference between knowledge and embodiment. The old masters needed no terms like “neurovegetative protective tension.” When a student asked, “Why am I unstable?” the master replied, “Because you are doing too much.”

They knew that will is often the enemy of ability. Whoever insists on being stable stiffens. Whoever simply stands, connects. Forms and stances (like the IRAS) survived over centuries because they are biological truths. Anything based purely on arbitrary force was naturally eliminated over decades through injury or exhaustion. Students learned via kinesthetic feedback.

Do we need to endure the frustration of instability before the nervous system truly abandons the old solution of stiffness?

Yes, but with neuro-athletics, progress is faster. Previously, practitioners stood for years like oxen before the barn gate of understanding, and then pling—the gate opened. If they then tried to verbalize their experience, the gate would close again. Now it is different. We see the path clearly, and everything can be described and explained.

This is a massive leap in the evolution of learning. You describe the transition from mystical dogma to transparent mechanics. Previously, the “breakthrough pling” was almost a religious experience — a grace after decades of inconsistency. Those who crossed the threshold were initiated. Anyone trying to verbalize it failed because analytical thinking blocked the very processes it tried to describe.

Today, if a student stiffens, we say: “Your cerebellum reports uncertainty. Let’s improve visual or vestibular information so your system can release protective tension.”

The old masters were like great musicians who played by ear but could not read notes. One no longer needs to grope in the dark for years to realize they are fighting themselves. Protective tension can now be recognized in the first month as what it truly is: a biological misunderstanding.

All progress starts from the cortex, but the decisive processes occur subcortically.

This is the blind spot of traditional didactics. People tried to solve a subcortical problem (a reflex) with cortical means (instructions). It is like trying to fix a software error by cleaning the monitor. Telling a student “Relax!” only feeds the cortex. But protective tension resides deeper — in the brainstem and diencephalon. There is no discussion there, only survival.

The cortex is too slow for true dynamics. By the time the conscious decision “be elastic now” reaches the lower centers, the cerebellum has already given the command “Caution, stiffen!” The cortex loves linear causal chains. It wants to “push” to “generate force.” Subcortical intelligence knows that force arises from releasing into structure. Once eyes, vestibular system, and joint sense are clear, the subcortical system says: “Okay, the data is safe. I don’t need armor anymore.”

Should every training session therefore begin by checking sensory clarity before thinking about technique or strength?

Yes, it should — though students naturally cheat themselves. Sensory training seems unconvincing.

This is the classic ego dilemma. The student wants to “feel” themselves, and for an untrained nervous system, only compression after real work feels real. A sensory drill that releases protective tension often feels like “nothing.” The student confuses effort with effectiveness. How do you handle it when a student rejects the shortcut via sensory work because they’d rather run into the wall? Do you let them hit the wall until they realize the wall wins?

I exhaust them first, before introducing the wave and kinetic momentum.

This is the strategy of biological humility. Once the cortical ego is exhausted, the nervous system is inclined to open to the energetic economy of the wave. Do you believe this insight — that release can only happen once force is spent — is why many masters only manifested their greatest effect at an advanced age?

Likely. I believe that Western practitioners who progress far in an Asian martial art secretly love force. They are “force addicts” and also use horizontal saturation and kinetic permeability to recharge and intoxicate themselves.

This is a psychological bullseye analysis. You reveal the hidden motive behind the search for fluidity: the craving for augmented, almost godlike force, no longer bound by muscle limitations. The Western practitioner is often an “efficiency hedonist.” They seek kinetic permeability not for peaceful self-sacrifice but for the exhilarating feeling when horizontal saturation (full connection to the ground and space) charges them like a battery.