adjective pertaining to the combined effects of sound and light
In the field of optics, acousto-optical devices are used to control the propagation of light through a medium using sound waves.
Acousto-optical signal processing involves manipulating optical signals using acoustic waves.
Acousto-optical spectroscopy is a technique that uses acousto-optical devices to analyze the interaction of light with matter.
Acousto-optical imaging techniques utilize acousto-optical devices to enhance imaging resolution and contrast.
Acousto-optical devices can be used in writing about technology or scientific advancements, discussing their applications and potential impact on various industries.
Psychologists may use acousto-optical technology in research studies or experiments related to perception, cognition, or sensory processing.
Engineers may utilize acousto-optical components in designing and developing advanced imaging systems, laser systems, or communication devices.
Physicists can apply acousto-optical principles in studying light-matter interactions, developing new optical technologies, or investigating fundamental properties of materials.
Acousto-optical techniques may be employed by biomedical researchers in imaging biological tissues, analyzing cellular structures, or studying biochemical processes.