This technology precisely designs metasurface structural parameters through optimization algorithms, achieving controllable and efficient diffraction of orthogonal polarization components of the ...

This approach allowed the team to envisage ways of effectively deploying many polarization devices in parallel using just a single optical element. "We can design diffraction gratings whose orders ...

Figure 5. Typical AFM three-dimensional view of (a), (b) polarization holographic recorded gratings and (c) intensity holographic recorded gratings on the photocrosslinkable polymer liquid crystal.

Figure 4. Typical AFM three-dimensional view of (a), (b) intensity holographic recorded gratings and (c), (d) polarization holographic recorded gratings on the photocrosslinkable polymer liquid ...

the maximum electric polarization generates an electric field of approximately 700 million volts per meter. The results establish time-resolved ultrafast x-ray diffraction as a method for linking ...

Among other advances, he was the first to propose (in the 1670s) a wave description of light that accounts for optical propagation as well as important phenomena such as interference, diffraction and ...

Diffraction is a classic optical phenomenon accounting for light propagation. The efficient calculation of diffraction is of significant value towards the real-time prediction of light fields.

polarization, interference, Young's experiment, fringe visibility and coherence, various interferometers, Newton's ring and applications, Fraunhofer diffraction by single and multiple apertures and ...

Areas of expertise • Optical and wave physics, focused on the geometric and topological structures formed by interference, diffraction and polarization. • Theoretical physics, especially relativistic ...