Yes, hypersurface optics will become more and more common in the future. Supersurface optics is a new optical technology with many unique advantages. By using micron-scale periodic structure, super-surface optics can control the phase and amplitude of light waves, thus achieving highly customized manipulation of light. This makes super-surface optics can be used to realize many functions that traditional optical elements can't, such as group delay control, polarization conversion and beam shaping.

Hypercurved optics has broad application prospects in many fields. In the communication field, super-surface optics can be used to improve the bandwidth and transmission rate of optical fiber communication. In addition, super-surface optics can also be used in the imaging field, for example, to improve the resolution of microscope and enhance image contrast.

In addition, super-surface optics can also be used in photovoltaic field to help improve the light absorption efficiency of solar cells. In addition, super-surface optics can also be used in the laser field, which can realize efficient beam conversion and shaping, thus being widely used in laser processing and lithography.

With the development and maturity of super-surface optical technology, more and more research and application fields will benefit from super-surface optical technology. Therefore, it can be predicted that hypersurface optics will become more and more popular in the future and play an important role in various fields.