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Heidi Hardy Hypnotherapist North Devon

HPD DHP SFBT Sup (Hyp) MAfSFH 01598 752799 / 077121 82787


Quite Simply, Visualisation can Change Our Brain...

Posted on October 28, 2014 at 9:50 AM

Research is constantly finding more and more evidence to support the fact that visualising or imagining an action creates the same changes in the brain that occur when we actually perform the action. Knowing this gives us the amazing power to improve our skills and change our responses to situations by using our imagination.

The power of visualisation can allow us to predetermine our reactions and responses to situations in our future to be closer to what we do want rather than what we don’t want. Quite simply, visualisation can change our brain.

In 1994, Harvard scientists taught a simple 5-fingered combination of piano notes to a group of volunteers using all their fingers.

They were instructed to play it over and over again for two hours a day, for five consecutive days.

Another group of volunteers didn’t actually play the notes, but just imagined playing them for the same period, two hours a day for five consecutive days. Whist doing this they also imagined hearing the notes.

The brain scans taken over the five days show the changes to the brain are almost identical. The scans for the volunteers doing physical practice and those doing mental practice (visualisation) are the same.

The brain can’t tell the difference between reality and the imaginary.

Not only was there no difference in the brain’s response there was a significant effect on their physical performance.

After five days the ability (measured by the number of mistakes made) of the group that carried out mental practice was the same as those that had physically practiced for three days. After just two hours of physical practice they caught up and were at the same level.

Reference: A. Pascual-Leone, D. Nguyet, L. Cohen, J. Brasil-Neto, A. Cammarota, M. Hallet, Modulation of muscle responses evoked by transcranial magnetic stimulation during the acquisition of new fine motor skills, Journal of Neurophysiology, (1995), 74(3):1037–45

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