“…Optical interferometry (OI) involves the superposition of electromagnetic waves to form interference fringes where tiny changes in optical path difference cause significant variation in the intensity pattern of the detected light. The precision and flexibility associated with modern-day interferometric techniques have enabled researchers to apply them to a wide range of applications for solving problems related to science and engineering [1][2][3][4][5][6][7]. In the recent years, applications have become more sophisticated.…”