This is unnatural, as your body receives stimulus, reacts and there is no end result.
A body in a neutral state when impacted by an external stimulus reacts in a particular way that depends on the nature of the stimulus.
The easy problem focuses on mechanics of consciousness: How can humans isolate external stimuli and react to them?
Skill is essentially the ability to process stimuli and react appropriately very fast.
Thus, in an attempt to compensate for the resulting decrease in sensory stimuli, rats react with significantly larger than normal, and therefore nonphysiological, vibrissal excursions of the order of 90 degrees [ 40– 40].
Thus, all these fibroblasts proved to be prepared to respond to an inflammatory stimulus and reacted promptly to the IL-1β treatment.
The majority of cells are equipped to detect and decipher physical stimuli, and then react to these stimuli in a cell type-specific manner.
All non-circulating cells are equipped to detect and decipher physical stimuli, and then react to these stimuli in a cell type-specific manner.
Once this material comes into contact with its designated stimuli, it reacts and changes shape, essentially allowing the tiny robot to "grab" a small piece of tissue.
Such filtration, however, would inevitably reduce the temporal resolution by which the animal is sampling the environment, compromising the animal's ability to detecting fast moving and changing stimuli, and reacting to them.
Based on the theory of "alliesthesia", there is a gap between how people evaluate an environmental stimulus and how they actually react to the stimulus that changes the state of the interior milieu.
