Interferometers and Its Applications in Physics

Muhammad Arif Bin Jalil
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Abstract

Abstract: The interference phenomenon, which is usually brought about by the superimposition of electromagnetic waves, is employed by a collection of techniques collectively referred to as interferometry to gather data.[1] Interferometry is a helpful investigative tool in a number of fields, including astronomy, fibre optics, engineering metrology, optical metrology, oceanography, seismology, quantum mechanics, nuclear and particle physics, plasma physics, remote sensing, biomolecular interactions, surface profiling, microfluidics, mechanical stress/strain measurement, velocimetry, and optometry.[18]. Recently, they have even been able to identify almost undetectable gravitational wave motions [20]. Light interference has many real-world applications, particularly in the photonics and optics domains. Examples include holography, spectroscopy, laser interferometry, and optical coatings. It is also utilised in the areas of metrology, telecommunications, and microscopy [21].
干涉仪及其在物理学中的应用
摘要:干涉现象通常是由电磁波叠加产生的,通过一系列统称为干涉测量的技术来收集数据。[1] 干涉测量法是天文学、纤维光学、工程计量学、光学计量学、海洋学、地震学、量子力学、核物理和粒子物理、等离子体物理、遥感、生物分子相互作用、表面轮廓分析、微流体学、机械应力/应变测量、测速和验光等多个领域的一种有用的研究工具[18]。最近,它们甚至能够识别几乎无法探测到的引力波运动[20]。光干涉在现实世界中有许多应用,尤其是在光子学和光学领域。例如全息摄影、光谱学、激光干涉测量和光学镀膜。它还用于计量、电信和显微镜领域[21]。
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