Artificial Olfactory Enhancement :: Olfactory Enhancement Essays

mawkish Olfactory Enhancement The gay olfactory formation is responsible for perceiving the chemical world around us. By sampling the environment, we can determine the bearing of other souls, possible danger, or distinguish acceptable food. Consisting of our sense of relish and smell, the olfactory system is a highly interrelated coordination of chemical and impertinence responses. Yet as we have all experienced, human olfactory sensation has limits. The pop image of a bloodhound leading hunters through the woods is champion example of these limits. The scent trail that is all too easily picked up by the hound is completely elusive to his human companions. This is partially collectable to the dogs possession of nearly twenty times more than olfactory neurons than humans. Another example is evident in airports across the country. foresightful lines of passengers wait in line epoch a security fight backwards swabs a bag and passes the sample under a mysterious sullen box. The machine squawks an alarm and the owner of the bag is promptly arrested for concealing fickle material. These are two simple situations in which the human olfactory system is not sufficient to meet our needs. We are dependent upon these machines and animals in coiffe to achieve our goals. They are examples where we have identified a shortcoming of human abilities and have attempted to augment them through the aid of external devices. to the highest degree every aspect of human ability has seen the same attempt at embellishment. Even those that have lost functioning are able to restore some ability through the aid of external devices. Yet while wheelchairs and hearing aids are effective to an extent, it is doubtless that those individuals would benefit more if they were free from mechanical restraints. To integrate the advancement into the body itself creates an autonomous individual, whether brought back to normal functioning or elevated beyond. In the c ase of an individual elevated beyond normal biology, we would have expanded our own capability. An olfaction enhanced security guard could detect explosives or drugs instantaneously, without the cumbersome habituation upon a stationary device. An enhanced doctor could evaluate a affected role using the subtle scent cues often present in disease. The potential for olfactory enhancement is clear. This paper will examine the potential for an increase human olfactory system using electronic devices implanted in the body.