Harnessing the Power of Metasurfaces and Deep Neural Networks for Bidirectional Data Processing
A new study on metasurfaces has revealed a bidirectional deep neural network that can be used to control the surface’s optical response. This system is capable of providing highly efficient optical control with faster response times and minimal power consumption. The study was conducted by researchers from the University of California, Berkeley and is the first of its kind.
The deep neural network uses a sophisticated technique to control the optical response of the metasurface. This enables the system to provide unprecedented control of the surface’s optical response, allowing for highly efficient optical control with faster response times and minimal power consumption. The researchers believe that this development could lead to the creation of more efficient optical devices and enable the use of metasurfaces in a variety of applications.
source: Phys.org