Humans often appear to prefer movement patterns that minimize the metabolic energy expenditure of performing a task. However, it is not clear whether this preference is dependent on adaptation to feedback or results from a previously learned motor plan. We recently found that for a bouncing task with an identifiable neuromechanical resonant frequency, humans do not initially prefer to bounce at...

It is well known that electromagnetic fields play a critical role in all biological evolutionary processes. The natural low resonant frequency may interact with the biological signaling pathway through liquid, especially water. Our hypothesis is that the structured water cluster may be not only an excellent carrier for nutrition and energy, but also an excellent carrier for low frequency inform...