Torque Optics is a term used to describe the science of measuring and manipulating the force applied to an optical component in order to achieve desired results. In simple terms, torque optics involves adjusting the tension on a lens or other optical element within an instrument in order to align it properly with respect to its surroundings. This technique can be used for many different applications, ranging from telescope alignment and binocular collimation to more advanced microscopy techniques such as fluorescence imaging and confocal laser scanning. By understanding how various parameters affect the torque exerted on lenses, engineers are able to produce finer-tuned instruments which provide better images or measurements than those without proper torque adjustment. Additionally, this technique allows for precision adjustments that would otherwise not be possible due to physical limitations caused by size constraints or environmental conditions. Torque Optics can thus help improve accuracy by allowing users greater control over their equipment's performance.