What are different photonic applications?
Since the beginning of lasers at the age of 60, photonic applications have spread to almost every technological aspect of the economy. High -speed communication between the parties anywhere in the world and even on the Internet is enabled by progress in photonics. Computer monitors, mobile phone screens and machines used to make computers also use light. Photonic devices are now widely used in medicine and the army as an advantage over forces with less excellent technology. The field has also opened a new segment of training for workers training, for example, how to use optical systems, or to educate starting researchers to continue developing new technologies. The underwater cables that use the fiber optics send signals immediately to places that can be on the opposite sides of the planet. In addition to cables of other parts of optical networks, such as control modules, distribution and amplifier photonic devices that increase communication with fast and more efficient. Similarly optical components built -inThey semiconductors seize computer DVDs that read discs on discs at sufficiently high speeds to display information and educational multimedia. They also quickly store information about optical discs or chips and load it as efficiently.
Photonics applications are even more diverse in medicine where the field of biofotonics has appeared. Light can be concentrated in small optical fibers that are used to display the inside of the body or perform surgery without large cuts. Lasers can be used to treat eyes and heart problems, pictorial organs and reconstruction of detailed images before surgery and understanding sequence of deoxyribonucleic acid (DNA). For drugs, light can be used to analyze the properties of medicinal products to understand their chemical behavior before humans. Take them
three -dimensional models can be made for prototypes with photonicm engineering. There are many photonic applications in production and it is the basis for business in semiconductor and electronics. Light can be used to measure the accuracy of machines and products that produce, as well as control of cutting machines and welders. It can even be used to analyze chemical compounds. In the army, this technology has led to the development of laser missiles, night vision cameras, high-tech tracking systems such as high height systems, for warning against enemy attacks and training staff.
Research tools such as spectrophotometers after using solar panels, for energy production are photonic applications for modern life numerous and important. They allow effective production operations that have much lower cost of alternative production methods and for immediate communications that save time and avoids lost Rsenue. Photonics helps many industries to effectively sell high quality and high-tech products, so they are in particular beneficialfor the overall economy.