Vector Conflict

A vector is a directed force, typically represented by an arrow representing its pathway. The most universal vector conflict is that of weight and impact. These two forces travel through the body in opposite directions. Weight is a vector force that descends due to gravity. Impact is a vector force that ascends with each step. There is an impact vector when we stand still; without this, we would not have weight. 

 

Effective shock absorption is actually shock dispersion. The direct absorption of shock at a single location tends to be degenerative, both in living and non-living structures. It is a goal of mechanical engineering to direct any force that might come into a system out of the system to whatever degree is possible, and to distribute any force that must be absorbed by the system evenly throughout the system without a focal point. Any focal point of shock absorption is subject to increased stress and wear. If a mechanical system is comprised of metal, such as a machine or a bridge, the metal at that point will tend to become hardened, less ductile, and brittle. If it is comprised of soft tissue and bone, it will tend to become arthritic. 

 

There is an “ordered pathway” for shock dispersion in the body, and when it is compromised, impact that might be directed through and out of the body, or distributed evenly throughout the body, can be directed into the joints and organs. 

 

When vector forces collide in the body, the result can be weakness, injury, and degeneration. A primary factor of osteoarthritis is the repetitive absorption of impact vector into a joint over time.

 

Other activities can also present vector conflict, for example when using a hammer to drive a nail, there is an outward (impulse) force vector as the hammer is swung forward, and a kickback vector when the hammer meets the resistance of the nail. There are also torsional vectors, for example when using a wrench or opening a jar. Throwing a ball involves both impulse vectors and torsional vectors. 

 

Increasing weight, including loading weight for exercise, tends to increase vector conflict. Activities such as running increase both the force and frequency of impact. This is not a reason to avoid these activities, but it is a reason to accurately recognize and interpret the natural consequences of these activities when pain is an issue. Continuing indefinitely through the pain, or managing the pain, is not the best long-term strategy as it can lead to degenerative changes later on.  

 

Unknown, but worth considering, are the possible consequences of persistent, repetitive impact and torsional forces on our organs. Organ prolapse is a known phenomenon. In addition, might organ function possibly be stressed in the face of ongoing impact absorption over the years? 

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