Beginnings of Bionic Flexible, stretchable electronics could launch Essay - 1

Beginnings of Bionic Flexible, stretchable electronics could launch cyborg era - Essay Example A common goal of these groups of scientists is to develop products that are efficient in performance. These are aimed to aid in the deliverance of therapeutic regimens and also in patient examination for vital symptoms (Rosen 18). Rosen goes ahead to provide examples of ongoing strategies in this interesting field combining physics, biomedical and biological sciences. For instance, she gives novel innovations carried out by a scientist at the University of Illinois. In his study, the group has focused in the advancement and development of gadgets that can detect unpredictable beats or spasms and bring these impulses back to normal. Such devices are beneficial in the treatment and control of epileptic seizures that account for neurobehavioral comorbidities worldwide (Rosen, 18). The incorporation of electronics within the human body continue to provide phenomenal advancement in terms of medical care and treatment. The integration of easy to bend electronics into balloon catheters, surgical gloves and stitches is extremely important complex health conditions diagnosis. Rosen implies that although these studies possess a brighter future, they are equally faced with myriad of challenges. This is because most of these studies make use of silicon that has also been used in the manufacture of computer chips. A disadvantage of this material is attributed to its mechanical properties of brittleness and hardness. However, this material has dominated global research in terms of its purification, doping and manufacturing of devices out of the silicon. As expected, research continues to go on with the aim of making silicon blend within the human body. For instance, Rogers and his research group are devising ways of coming up with ultrathin ribbons out of silicon. Such ribbons are capable of stretching and being flexible without any breakage tendencies. These silicon ribbons have been used in epidermal research whereby they have been used in sensing changes in