The Pose – how it works
As mentioned in another article, when moving, our body goes through an infinite number of poses in space and time. Among the multitude of those poses there are those that play an essential role in forming our movement as a whole. Those poses are referred to as ‘key poses’ (or simply poses now), as Dr. Romanov named them, because they are at the center, they connect the preceding pose with the pose that follows, while serving as a conductor of energy and all forces involved, and producing the most efficient movement.
In the Pose Method the understanding of the correct hierarchy of interaction of the forces involved, with gravity in the leading role, allowed to put human movement in a certain perspective where all movement became defined as pose to pose by change of support.
Movement cannot happen without support. If our body does not find support (if the foot doesn’t meet the ground, for example) there will be no movement in any direction. Our body will be in a continuous free fall under the effect of gravity. If there was no gravity or the force was slightly different than our planet would have a different look to it, we’d have a different appearance and a different way of moving.
Under the dome of the current gravitational field, the most effective single support is the one that’s centered, the one that brings balance yet is ready to destroy that balance in a blink of an eye. Applies to inanimate or living, we are affected by gravity in the same manner. No matter your body type, size, weight or your skill level, it remains true for all. In running, this is what the recommendation “land under your hips, under your GCM (general center of mass), or as close as possible to it” is based on.
When on support a body, any body, can move in any direction. It will move, or it will fall in whichever direction it is tilted. The quality of movement however will be the outcome of the quality of the body position on support. If you’ve ever slipped on ice you have a pretty good idea of all sorts of random poses that your body goes through when losing support in an unexpected and disorganized manner and trying to find balance while being pull down by gravity. The sequence of events is simple – you fell down not because your body went through random poses, instead you went through those random poses because you slipped, but why did you slip? Because your body pose on support was off and ice leaves tiny room for error in movement.
The Trajectory of Movement
Before attaining support any physical body goes through the motions. If movement happens from support to support, then the path leading to landing on support started at the previous support. And in turn, the current support will determine the quality of the following support.
This is also how the trajectory of your moving parts is determined. No need to copy someone else. Go from pose to pose, change support, and the trajectory of your movement takes care of itself. The better the pose, the quicker the movement from support to support, the better the trajectory…the more efficient you are.
In order for all of this to work properly, the pose assumed by your body on support must have certain characteristics. It must be a pose of balance that offers stability yet does not affect the momentum of movement. It has to be compact and focused.
Mechanically the pose and change of support are identical for everyone. Though we are all unique, gravity affects us all in the same manner and the effective way to deal with it applies to all. While Ferris wheels in different locations are painted in different colors and have different design of passenger cars, the mechanical work of the main unit remains the same.
So the pose of the body while on support is everything. If yours resembles a starfish, while very stable, you most likely won’t move too fast. But if you’re correctly posed and change support quickly you will be fast, efficient and injury free.
- harnesses the power of elements of previous movement, and defines the consequent movements
- defines optimized interaction of all forces involved
- helps integrate all forces during the support phase
- provides for the best interaction with support, and support is an essential part of any movement
- significantly optimizes muscular efforts
- utilizes natural properties of the entire muscular skeletal system like muscles’ ability to contract and relax, and their elasticity, etc.
- eliminates extra unnecessary movement so less energy is spent
- allows to move with sharp precision
- simplifies teaching and learning of any technique
In running, or any other athletic activity, using pose allows us to tap into the natural forces at play. Physics and biomechanics performing in harmony. Key position allows us to flow within the natural forces and use their power, instead of clashing with them and suffering the consequences.
You get better results with less effort and don’t traumatize your body in the process.
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