Dance trains each area of the spine to command horizontal and vertical signals. Two principles seem to be that each section of vertebra engage the nearest part of the body, and that each section networks with other parts of the spine to interconnect the entire body.
My search is for a simple way to engage myself in movement physically, emotionally, and intentionally. The building blocks to simplicity seems to be signals originating at the spine.
With one simple image of a signal connecting an entire area of the body, I can bypass all my thinking about which muscles need to move and which muscles are restricting movement.
Rather than two separate intentions of sending signals and receiving feedback, the spine becomes the instantaneous sender and receiver of information.
Dancers learn this simplicity in the process of a detailed study of movement engaging the entire body at once. I had to go through the back door to understand this simplicity that becomes apparent to the serious dancer.
A common dance image is to send energy from the feet up through the body and out the top of the head. This is one signal. The signal can be varied to activate each area of the body as it rises. The signal can even go beyond the feet to ground the body or beyond the head to extend the sense of lengthening the muscles.
My clue for understanding horizontal signals was the ease of raising the arms in Ballet. The dancer describes the signal coming from the spine between the shoulder blades, traveling under and around the arms, lifting the forearms, and continuing through the fingers of each hand. As the fingers of each hand approach each other, the signals continue making an energetic connection between each finger. A spreading movement of the arms emphasizes the returning signal to the spine.
The signals in each area of the spine travel to every edge of the body, front, back, and side. I loosely refer to these areas as diaphragms because they are interconnected tissue of all kinds muscular, neurological, vascular, Limbic, and glandular.
This is only the beginning of training this area of the spine that I refer to as the dancer’s diaphragm. Signals are varied to spread and raise the arms while maintaining this energetic circle within the arms. The signals are clearly only for the arms allowing the shoulders and neck to be supportive but not fully engaged.
The training extends the range of the spinal area with slight twists, and the rolling of each vertebra forward and back. Engaging these muscles around each vertebra requires specific training to bend and slide horizontally in each direction.
Using these upper vertebra as an example, the next step of learning is to network the signals from this area with other areas of the spine. Networking signals means that the vertebral areas are interconnected through both sending and receiving signals.
The breathing diaphragm, attaching at the lower vertebra of the rib cage, networks signals to the dancer’s diaphragm. The signals are spreading,suspending, and releasing that correspond to breathing.
Receiving signals from the breathing diaphragm, the dancer’s diaphragm opens the upper chest and the back to allow breath into the upper lungs. The arms in any position receive sensations of these spreading and suspending signals.
Signals to the dancer’s diaphragm also network to the pelvic diaphragm. The pelvic diaphragm engages the lower vertebra connecting the support from the inner legs, ankles, and feet. Lifting the pelvic diaphragm also sends signals to the erector muscles along the spine that contribute to the sensation of lifting and spreading throughout the entire back as well as the chest and neck areas.
The lowering and spreading of the pelvic diaphragm also sends releasing signals to the breathing and the dancer’s diaphragms to support the sensations of suspension and continuous lowering.
The value of networking is so all these interconnections can happen at once with the least amount of directed commands. The access to each vertebral,area gives the opportunity to monitor and respond specifically to the areas that need adjustment or support.
See also Spinal Imagery
Tim Hurst 01/23/18