different levels, including rules associated with respective laws of nature, will increase and decrease depending on both external conditions and the status of various parts of the interacting three-level system. Some rules may be inherently stronger than others, but context always makes a significant
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Human Movement: In Search of Borderlands Between Philosophy and Physics
Scott Kretchmar and Mark L. Latash
Motor Control: Creating a Natural Science of Biological Movement
Mark L. Latash
exploring laws of nature that define the interaction among the central nervous system, peripheral motor apparatus, sensory organs, and the environment during biological movements. Laws of nature are concise descriptions of our observations of objects. Commonly, they are expressed as equations that link
Abundant Degrees of Freedom Are Not a Problem
Mark L. Latash
computing requisite neural signals from brain structures to produce appropriate forces that would lead to desired actions. The alternative approach views the CNS as a physical (physiological) system that performs no computational operations but behaves according to laws of nature. Of course, researchers
