Author(s): Ulises Thornock, Brian Weaver, Jackson Phippen
Mentor(s): Dallin Durfee
Institution UVU
We will present a novel lensless imaging technique that utilizes laser interference to achieve high-resolution microscopy without the need for high numerical aperture optics. This method leverages the properties of interfering laser beams to create detailed images, overcoming the limitations of traditional lens-based systems. We will describe the characterization of lasers used for this imaging approach and the development of automated control systems for the interferometer.