Science Developments and Computers - Coursework Example

? Science developments and computers (Affiliated The following thesis is a measure of the factual data that enables us to determine all there is to the material science and its developments regarding the use of computers and how the field of information technology has been revolutionized through periodic material enhancements. We would essentially highlight the matter of the silicon based migration in the field of computer science and how fundamentally it has empowered humans to cater to strong communication protocols while all the more focusing on the improvement of microchips and their use in our daily lives. This paper would also supplement to entailing the ethical reasons behind making use of computers as fast paced humanoids and also shedding some insight on the much growing artificial intelligence in the world today. Conclusively it might be imperative to reason out the differences in the working of a human brain in retrospect to a central processing unit and how both these entities are in effect the working of the same principal thinking. Science developments and computers With the rapid growth in the information technology industry it is an ever so imperative fact that fast and reliable data transfers are the key to enterprise success in the upcoming future. While organizations battle out for the highest gains and profits, all it comes down in the end is to the fact that which company pertains to the fastest solutions and outputs, whereas this being the age of the integrated technological advancements it is no wonder that a lot has been researched for necessitating new methods and ways of providing fast data transfer and processing techniques. Before lunging into the technical specification of when and how an industry can optimize its information technological feats it is profoundly imperative that we seek the reasoning and logic behind as to what causes an uplift in most technological advancements. Throughout history it is frequently been noted that whenever a technological change has been ordained, its primary focus remains to reducing the material size of the object intended to be effectively modeled. For instance when IBM invented the personal computer it was not long before the users complained on the rather bulky size of the machine and demanded the organization of providing a better equipped solution to the addressed problems. With time we have seen that those IBM personal computers have been effectively reduced into mere handheld smartphones today having more than four times the amount of memory and processing speed those early vintage personal computers could potentially offer. With this type of an increasing change in trend and usage we can establish the datum that size of the object has significantly affected the experience these computers provide today and with specification from the study of material science it can duly be distinguished that ascertaining to the working size in a technological development makes way to a much compacter solution to the same specifications while sometimes working on molecular level can yield great optimizing results. With such reasoning we can surly address that the three things imperatively necessary to influence any sort of material and integrated source are firstly the kind of atoms that embed the structure for example the use of silicon atoms as opposed to copper ones idealize the functionality of a microchip while subsequently how these particular atoms are bonded and arranged are the preceding qualities that are in close check with computational hardware development. The reactivity, density and malleability are also features that ascertain a physical influencing change but on a more fundamental aspect of modeling hardware the atomic size structure and behavior are the key material things that effectively model a wiser choice of technology. Coming back to the usage of silicon and how fast this tech seems to cater have fundamentally establishes that the developments in Silicon technology and the express evolution of broadband communique by means of photosensitive fiber countenance silicon integrated photonics to instigate transfiguring the microelectronic devices, circuits, and systems. The speed of scientific enlargement has remained of late hustled up. Expending micro fabrication technology we stand situated at present to be capable of making waveguide assemblies and ophthalmic mechanisms from Silicon-based constituents, similar to silicon oxynitride or doped silica. Observable visible light can be acquired by means of Silicon embedded resources such as Silicon quantum wire/dots and Silicon Nano clusters entrenched in insulators. The residual matters are to cultivate progressions and device structures to sort Silicon photonics parsimoniously worthwhile with system structure and device enactment equivalent to their obtainable counterparts. Contemporary struggles have validated that the light-emitting effectiveness can be heightened momentously and that the lasting influence is likewise conceivable with the nanostructures. The influence of these interchanges will be ground-breaking. The up-and-coming improvement of Silicon integrated photonics will facilitate on-chip photosensitive interconnects for forthcoming microchips and gigabyte-scale circuits, chip-to-chip fiber interconnection and will significantly decline the price tag for fiber-to-home linking. This will be one of the foremost changes for the subsequent technology insurrection. Apart from the silicon based upheaval created it is quite imperative to know that even though computers have been developed to heights man would never ever have imagined quite three to four decades ago it is also exemplary that these super-fast machines do have their integrated limitations. A man made computer built up from integrated microprocessors and circuits can only make sense of the input data that is to be provided by the human interface and even though these things tend to process the given data in fractions of seconds they are worthless if left alone with a specific problems. It is surely man that has the reasoning and comprehension to overcome the more influenced problems while only after the user has identified the possible outcome will he use the given machine to map out a ordered solution to his or her specific problem. Nevertheless it has been established that Artificial intelligence have paved a more pedagogical way of creating working smart androids there is still a long way for humans to idealize the brain and all its implementing functions on a mere microprocessor. References: Wong H., Filip V., Wong C.K., Chung P.S. Silicon integrated photonics begins to revolutionize (2007) Microelectronics Reliability, 47 (1), pp. 1-10. Panicia, M. and Koehl, S.; Photonics Technol. Lab, Intel Corp., Santa Clara, CA, USA The end of the road for silicon Max Schulz: NATURE|VOL 399 | 24 JUNE 1999 |www.nature.com Read More