1. A method for optimizing utilization of a human resource, said method comprising: determining an emotional state and a physical state of said human resource; determining, using a computer processor, whether the emotional state and the physical state of said human resource correspond to a task; determining a desired stimulation zone, wherein said determining the emotional state and the physical state of said human resource comprises: receiving data input by said human resource describing at least one of the emotional state and the physical state; and receiving data from a non-invasive sensor worn by said human resource, and wherein said determining the emotional state further comprises determining an amount of stimulation of said human resource, and evaluating whether said human resource is balanced into the desired stimulation zone by a grid computing model which imbeds said human resource as a central resource; and determining whether a current workload of said human resource, a skill set of said human resource, an output of said human resource, a production rate of said human resource, an accuracy rate of said human resource, a compatibility with co-workers of said human resource, personal preferences of said human resource, and a location corresponds to said task.