Microscopy is a fundamental tool in both research and industry, enabling the study of elements at the microscopic level. Light microscopy, in particular, utilizes light to resolve small structures. A significant challenge in the evolution of light microscopy has been the well-known phenomenon of the diffraction limit, limiting the achievable resolutions. However, advancements in technology have led to the development of new techniques that overcome this limitation, achieving resolutions at the order of tens of nanometers. In this thesis, we introduce a novel method with the aim of improving lateral resolution, applicable to techniques such as confocal microscopy and single molecule localization.