NON-90

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Nanophotonics, commonly referred to as NON-90, is an emerging field of applied physics, which has gained popularity due to its relatively advanced applications in various aspects of life. Basically, it is the use of light and light-wave technology in order to achieve nanometer-scale control, or even microscopic control, of electromagnetic radiation. NON-90 is widely used in fields such as optical communication, laser technology, microelectronics, nanomedicine, etc.

The basic working principle behind NON-90 is the modulation of the intensity and phase of the incident wave. This is done by manipulating the nanometer-scale elements with the help of electronic devices. This manipulation allows for the precise control of the intensity and phase of the incident wave, which enables the precise control of the electromagnetic radiation.

NON-90 application field is broadly classified into two categories: communication and sensing related. In communication, it is used for the transmission of optical signals over communication links; whereas in sensing it is used to detect and measure various properties of the objects or environment. In sensing, NON-90 applications can be classified into two subcategories: Passive sensing and active sensing. In passive sensing, the detection and measurement of various properties of the object or environment is done by the use of nanometer-scale elements. Whereas, in active sensing, electromagnetic radiation is emitted by the nanometer-scale elements in order to measure the properties of the objects or environment.

Apart from these two main application fields, NON-90 is also being used in biomedical research and clinical practice for the detection of various diseases and diseases. For instance, some studies have shown that NON-90 can be used for the detection of cancer cells and tumor markers. Moreover, Non-90 can be used to image biomolecules, such as DNA, in order to identify diseases.

Overall, NON-90 is an emerging field with numerous applications in various aspects of life. It has gained popularity due to its relatively advanced applications in communication, sensing, biomedical research and clinical practice. The basic working principle behind NON-90 is the precise control of intensity and phase of the incident wave.

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