Скачать или смотреть Ware K Tremor Emg Data collection

Clip as shown at the recent 22nd SCTPLS International Science Conference - Johns Hopkins University, Baltimore MD, 26-28th July 2012:
Variable chaotic neural tremor dynamics in a healthy subjects - displaying a lot of remote activity throughout the subjects system (note feet)- signifying excellent unrestrained global distribution of the afferent stimulus. The chaotic neural dynamics that this subjects system displays have fractal (self similar) characteristics that are very highly organised. The mild stimulus (the weight on the machine) - which is thought of as "bits of environmental information" are simultaneously affecting all regions of the subjects system. The subject simply relaxes and allows her system to 'roam' where ever it desires. By intensionally removing all possible restraints, the healthy system 'self organizes' to higher states of complexity. The phenomenon known as 'creativity' emerges from these conditions. Whereas the chaotic neural dynamics that emerge in systems that harbour physical/emotional dis-ease or disorder are very restrained with either high levels of periodicity - or very random and stochastic. However the real value in the discovery of the Ware K tremor though, lays in the tremors emergent properties - that are portrayed when patients are encouraged to 'let go'and allow the neural dynamics to fully evolve -- providing their system with free-range expression of movement without their interception. This enables their unrestrained system to display all formats of the chaotic neural dynamics it chooses to express - while they passively maintain the prescribed parameters. This often requires a lot of patient courage, as the nonlinear dynamics and associated anxieties during these 'phase transitions' can become quite intimidating and confrontational for patients -- despite the fact the treatments are otherwise pain free. It is the maintenance of the parameters by the patient over time that enables their system to 'self organize', disposing of excess energy, reintegrating all of its subsystems and returning itself back to preferred symptom free states.