A Competitive Mind

When we took our first steps as babies, our parents were overjoyed, a milestone in our development, a natural evolution and progression an innate instinct that has driven our species to the top of the evolutionary chain.

We probably spent months rocking back and forth on our knees, entertaining our parents with every spill and fall as they waited in anticipation for us to move to the next rung on the ladder.

Little did we know at the time, we were creating a life long strategy for learning, a system that will dictate the effectiveness of many of the things we do and achieve in our lives.

Experts estimate we make several hundred attempts at standing, long before we finally succeed for the first time. Every time we stumble, fall or correct ourselves our brains are taking notes, assessing, reassessing and making instrumental adjustments. With these notes our brains fine-tune our behaviour and before long, standing is child’s play!

As adults, you would probably expect the learning process to be far more refined, maybe even more efficient as our brains develop, experience and apply adult logic. But has it?

Actually we follow pretty much the same basic strategy of attempt, assess, reattempt and reassess as we did as babies. We make mistakes and our brain readjusts for the next attempt, learning as we go each time correcting the previous mistakes and documenting its progress step by step.

Messages are sent to our brains where they are accessed, processed, and an action is dispatched, reassessed, reprocessed and re-dispatched.

After some time our brain become satisfied with it’s ability to cope with the requested action and delegates the role, it sends the patterned task to the cerebellum, which creates a neurological point of reference, a blueprint a reference for the next time we perform that or a similar action.

The cerebellum is a smaller area at the base of the brain, often referred to as the ‘little brain.’ It handles many of our subconscious behaviours, the reactions that have been created and perfected by our learning process.

This is all well and good but exceptionally time consuming and actually not at all efficient as it presupposes we will make countless mistakes before being successful.

Of course, this may take just fractions of a second in reality, but in a game where races are won and lost on those fractions, it makes sense to improve our odds by refining the process.
This is achievable because our bodies behave like computer operating systems, it communicate with others and internally using a specific individual language, a dialogue that is evolved through the assess and reassess protocol.

When we understand our own individual neurological language it allows us to effectively communicate our messages internally and externally with more precision, it also allows us to better understand and manage our responses by cutting out much of the hit and miss mentality.

And in the world of sport where split-second communication between mind and body is so crucial, a hybrid science was constructed utilising the best of performance psychology and NLP which teaches us how to develop these skills, honing them to be effective and efficient.

Talking our own specific language, as with the computers operating system allows us to train an effective learning strategy, one without having to go through the arduous, time consuming traditional learning process. It also allows us to be specific and focused in our approach whilst imprinting the blueprint directly into the cerebellum.

This new leap forward in advanced learning has a new ally in its corner ‘Hemisphere training’ a relatively new science in neurological stimulation. It takes learning to the next level by specifically stimulating the brains receptors, priming them to learn, absorb and react far more efficiently.

Teaching the brain to be hyper alert, like our own elite internal fighter pilot, priming before imprinting the specific actions into your thought process – giving your mind perfect, efficient options each and every time.

This can eliminate months of traditional training and costly mistakes from the repetitive training process, it also reduces the likelihood of both physical and mental fatigue and injury all a common complaint amongst high performance athlete.

This cutting edge science is the next evolutionary step in creating the perfect athlete.

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