This device has undergone centuries of modifications and up gradations to receive its current state. The term laser is actually an acronym, meaning (L) Light (A) Amplification by (S) Stimulated (E) Emission of (R) Radiation. It is a device which emits light with certain properties that makes it so important for various processes. It stimulates light, which is part of the natural electromagnetic spectrum. The light emitted by a laser device has certain properties which differentiates it from normal light emissions. The light emitted by a laser is monochromatic, that is its wavelength is extremely pure and coherent as well. The light waves emitted by the device are all in a single phase and diverge to a negligible extent. When the beam is focused on a particular point, it exceeds the brightness of the sun thus allowing it to be applicable in several significant procedures. It has taken several procedures and advancements for laser devices to reach their current status. The first actual laser was developed by a well renowned scientist Theodor Maiman who worked at the Hughes Research Laboratory. The first laser he developed was only a level 3 laser developed by a Ruby rod silvered at both ends. However, the working principles had already been derived by Albert Einstein centuries ago with the help of Plank’s laws of radiation. The working principles had been further upgraded by scientists such as Charles H. Townes who had developed a predecessor of Lasers, known as Masers which were developed by Microwaves (Galvana, 2002, p.286). With the development of lasers through time, it has been updated into several hundreds of forms. The various significant types of lasers mainly include diode-pumped solid-state (DPSS) lasers, helium neon lasers, air cooled ion lasers, and semi-conductor diode lasers etc. have gained particular significance in recent years of scientific development. The application of these lasers is the biggest aspect to be considered. Medical Applications of Lasers Due to further development of science and the adjustment of lasers according to the requirement of the procedure, scientists have put lasers in use of many vital medical processes. Due to its precise, pure and accurate nature surgeries have become even further accurate and authentic. There are several procedures that include lasers as the most vital part of the entire process. The application of laser in medical processes has provided a special breakthrough in the field of optics. LASIK is an extremely important procedure that has been developed for the correction of a person’s cornea in order to cure his eye sight. LASIK stands for Laser in Situ Keratomileusis and has become one of the most renowned processes in modern times. This medical procedure basically consists of three steps. Firstly, the measurement of the cornea is noted which will be extremely important in reshaping the cornea via laser. Then the patient is sedated and his eye lids are held still with the help of a scalpel. Then with the help of the laser, which has a high pulse to pulse stability and intensity, the cornea is changed back to its stable shape. Recent advancements have been made which reduces the chance of any error due to eye movement by the reduction of the time required for the procedure (Thyagarajan and Ghatak, 2010, p.471). The use of lasers has also proved extremely vital in case of
Applications of Laser Technology [Author] [Institution] Introduction Lasers have readily gained prominence and significance in the life of an average person in this world (Galvana, 2002, p.286). Whether it’s our industries, our medical research, surgical procedures or even defense mechanisms, lasers have gained immense importance in all of these aspects…
Decades ago, data and information were stored in scrolls and other written materials, such as books, which took a lot of space and energy to organize. However, today things have changed, and a micro chip can store billions of data and information which can be shared around the world in seconds.
According to Roszek “nanoscience is the study of phenomenon and material properties at nanoscale” (Roszek 7). Nanomedicines are produced by the help of gadgets that are small enough to measure at nano-scale levels. Nanocrystalline silver is a form of nanomedicine that is currently introduced and executed at nano level.
It is evident that physical wares magazines, books and newspapers, will no longer be the key to interaction via media; neither will it be the most lucrative means to deliver entertainment, factual information, general news or educative material. However, this does not imply that print media is bad; it simply gives the assertion that digital media is better and more reliable.
Naturally, this process in and of itself represents a litany of best practices and can be understood based upon a variety of different metrics. With regards to the website in question, yipalace.com, search engine optimization is centered around a local search framework.
“ICT tools can be used to find, explore, analyze, exchange and present information responsibly and without discrimination. ICT can be employed to give users quick access to ideas and experiences from a wide range of people, communities and cultures.”(Rice, MF 2005)
However, today things have changed, and a micro chip can store billions of data and information which can be shared around the world in seconds. Ways of storing data is not the only thing that has improved
These attributes include the scientific principles behind this technology, evaluation of the applications within the process including environmental, manufacturing health, ethical and safety regulation. The impacts of this technology to
Use of unmanned ground vehicles would help the agency to curb cases of robbery that have been witnessed targeting its transportation vehicles hence compromising the security of confidential data records in transit. According to Zegart (2014, p.264), several homeland
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