General information
Today, machine learning algorithms are rapidly developing, requiring the computation of largescale matrix products. It is known that optical devices can perform linear operations that are applicable in the fields of optical analog computation and machine learning. We propose a method for forming an arbitrary transmission matrix using a scattering medium and a spatial light modulator, which will modulate the phase and amplitude of light. During the project, it is planned to obtain arbitrary matrices as well as the identity matrix, which is more complex to construct compared to other matrices. The obtained results have applications in the fields of optical computation and optical imaging. In optical computation, they can be used to calculate the product of large-scale matrices. In optical imaging, they can be used for focusing light after passing through a scattering medium using the DFT matrix, for imaging in scattering medium conditions using the identity matrix, and for other purposes.
