The study and use of frequencies is a specific scientific sector. Devices developed within this industry use components such as a frequency generator, frequency converter, and frequency detector, to name just a few. Controlled frequencies are the norm in the industry, and they're a part of many other types of industries that touch our daily lives in various ways. It's a good bet that everybody has participated in something without realizing that controlled frequencies were a part of it in some sort of way. Stable frequencies are used in a wide array of situations. Just some of the industries having to do with these frequencies are the communications, science and healthcare sectors.

One reason why we have the large number of modern-day advancements that we have now is thanks to frequency manipulation tools. For over seven decades, the medical industry has made use of radio frequency energy. X-ray technology utilizes waves in the radio range for diagnostic procedures in medicine. Magnetic resonance imaging (MRI) is carried out with the use of waves in the radio frequency range, in order to produce images of the inner human body. Sonography also works by using frequency manipulation. It's due to these very important resources that we now know what we do about the human body. Well before we knew how to utilize these resources, we didn't have the amazing medical treatments that we have now that help medical professionals to prolong human life.

Radio frequency ablation used for tachycardia and other heart conditions, together with other conditions, including sleep apnea, are types of surgeries that employ the use of controlled frequencies. This treatment involves using high-frequency electrical energy in areas where patients need it, when other sorts of surgeries are usually not a good option for different patients. They also pose a much lower risk and a less complicated and shorter recovery. With regards to tachycardia, radio frequency can be used to completely eliminate electrical pathways that cause it. More recently, frequency manipulation has been used in the nervous system by denaturing inflamed nervous tissue and serving to help in pain management. This treatment method is rapidly gaining accolades in the medical industry because it's efficient and carries lower complication rates than some other types of treatments.

Communications is considered the industry that most people consider first when they think of applicable uses of energy frequencies. Perhaps this is because most people own at least one communication device that uses a frequency converter, frequency synthesizer or frequency detector. Most people own some sort of a radio and hear radio stations thanks to radio signals that are broadcast from a radio station to an antenna. Frequencies also have other functions in the communications market as well. The cellular phone industry make use of frequencies that transmit data from one cell phone to another. Satellites deliver data to GPS units so that the unit can tell where the GPS user is situated and give the user correct door-to-door directions. Television stations uses waves in the very high frequency and ultra high frequency ranges to send out images and sound to be received by a frequency detector, allowing people to watch a television program. Wireless internet additionally depends on energy waves to successfully transmit and receive information.

Manipulating frequencies is done in the science sector for a number of reasons. A frequency generator makes it possible for diagnostics to be run to test different properties by using energy waves that have pre-specified frequencies. One common science method, IR Raman spectroscopy, works by using frequencies, and it can be used for chemical identification.

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