A team of researchers at the Photonics Research Laboratory at New York University Abu Dhabi has succeeded in developing a new two-dimensional material that can control light with high precision. This is a response to the growing demand for highly efficient and tunable photonic materials capable of precisely modifying the path of light, in order to enhance the bandwidth in Communication networks and advanced optical systems.
This innovation provides precise control of the optical refractive index while reducing loss in the optical signal, improving calibration efficiency and reducing the carbon footprint, making it a suitable choice for the new generation of optoelectronics. This technology can also be used in many applications of optical control, environmental sensing and measurement.
The research paper, which was published in the scientific journal Nature Light Science & Application, indicated the success of the team of scientists led by research scientist Ghada Doshek and Professor Mahmoud Rasras in presenting a new method for active control of light by using a two-dimensional iron material.
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