Recalibration™

— In a moving world, returning to the body’s present location —

Stability does not mean the absence of all sway. Even when standing quietly, the human body makes small adjustments, continuously working to maintain posture.
Recalibration™ does not conclude from this that observing the forward gaze or the feet has therapeutic effects.
Nor does it define stability as fixing the body into a single shape.
Rather, within a body that naturally contains small fluctuations, it encourages quietly confirming where you are looking now,
and how you feel the contact of your feet or the chair.
This is placed as one perspective for thinking about stability.

On the previous page, we introduced the metaphor:

“Seeing the pivot in front of you.”

A physical pendulum has a pivot suspended from the ceiling. Relative to the building, that pivot appears almost stationary.
However, the building rests on the Earth’s surface, the Earth rotates, and the Earth revolves around the Sun.
Thus, whether a pivot is “moving” or “still” depends on the frame of reference.

In physics, this frame is called a reference frame. For uniform motion, no single reference frame is designated as the absolute state of rest.
But what matters here is not that nothing can be fixed.
Relative to the room, a point on the wall is stable enough to serve as a reference for short observation.
The floor beneath your feet is the place currently supporting your body.

Recalibration™ does not seek an absolutely unmoving point in the universe.
It uses a relatively stable point—a point at eye level where you can place your gaze naturally in the place you are now.

The need for reference frames in physics does not imply that medical facts or the presence of disease change depending on who is observing.
Medical examination, testing, and diagnosis rely on shared knowledge and objective evidence.
In emergencies, medical judgment must take priority over subjective sensation.
Recalibration™ does not deny these standards.

Nor does it claim that relativity theory or Foucault’s pendulum proves the medical effectiveness of Recalibration™.
What is borrowed here is the idea:

Pay attention not only to the object you see, but also to the position and reference from which you are seeing.

Being aware of a reference is different from rejecting the reference itself.

The “present location of the body” does not refer to a specific anatomical point.
Nor does it refer to a universal coordinate of “correct posture.”
It means quietly confirming, without rushing to judgment:

• Where your gaze is directed now
• How you feel the contact of your soles, heels, or the chair
• How you sense left–right differences
• Whether you feel any difference
• Or whether you feel nothing in particular

Our bodies are supported by the floor or chair under gravity.
The contact of the soles or seat is one cue for attending to how your body feels supported at this moment.

However, this does not mean that sensing the feet reveals correct posture, guarantees stability, or improves symptoms.
There is no need to force posture or make both sides match.

The external world continues to move. The body contains small fluctuations.
There is no need to stop all movement.
Nor is there a need to search for an absolutely unmoving point in the universe.

Instead:

• Place your gaze naturally on a relatively stable point in front of you
• Attend briefly to the contact of your feet or the chair
• Quietly confirm how you feel your body now, without rushing to conclusions

This is the meaning of the Recalibration™ metaphor:

“Seeing the pivot in front of you.”

The pivot is not a single correct answer outside the body.
It is a provisional marker for returning to your present bodily sensation.

Near Tokyo, the Earth’s surface moves at approximately 1,350 km/h due to rotation.
The Earth’s average orbital speed is approximately 107,000 km/h.
These values illustrate that a pivot appearing stationary in one frame is moving in a larger frame.
They are not values describing bodily sway, normal posture ranges, or the duration or effects of Recalibration™ observations.