Metalenses (MLs), representing a groundbreaking paradigm shift within the realm of optics,
have ushered in a transformative era in the ability to manipulate and harness the power of …

Terahertz (THz) field enhancement has significant applications in high-resolution imaging,
next-generation wireless communications, and networking. In this work, we experimentally …

Metasurfaces offer a unique playground to tailor the electromagnetic field at subwavelength
scale to control polarization, wavefront, and nonlinear processes. Tunability of the optical …

For the realization of truly reconfigurable metasurface technologies, dynamic spatial tuning
of the metasurface resonance is required. Here we report the use of organic photoswitches …

Liquid–liquid interfaces hold the potential to serve as versatile platforms for dynamic
processes, due to their inherent fluidity and capacity to accommodate surface-active …

Optical metasurfaces that control the light wavefront play an important role in various
applications, from imaging to spectroscopy. Over the past decade, metasurfaces-based …

超表面能够对电磁波的偏振, 振幅和相位等物理参量进行前所未有的调控, 微纳加工技术的发展
进一步推动了超表面在显示, 成像, 传感, 防伪, 光场调控等领域的应用前景. 然而 …

Given the significant progress in the field of meta-lenses over the past decade, tunable meta-
lenses have garnered considerable attention for their flexible functionality. Various …

The narrowband metalens has high-quality resolution owing to the elimination of stray light
interference in optic imaging processes. However, the operating wavelength of most of the …

Metasurfaces can manipulate the physical parameters of electromagnetic waves, including
polarization, amplitude, and phase. The development of micro-nanofabrication technology …