For decades, the spatial resolution of conventional far‐field optical imaging has been
constrained due to the diffraction limit. The emergence of optical super‐resolution imaging …

First reported in 1994, stimulated emission depletion (STED) microscopy has long been
regarded as a powerful tool for real-time superresolved bioimaging. However, high STED …

Super-resolution (SR) microscopy provides a revolutionary optical imaging approach by
breaking the diffraction limit of light, while the commonly required special instrumentation …

摘要点扩散函数(PSF) 是衡量显微镜成像性能的关键参数, 传统显微成像技术中, PSF
越接近理想的艾里斑, 表明系统的成像性能越好. 随着计算显微成像技术的发展 …

In this Letter, we demonstrate the selective excitation and suppression of plasmonic
scattering in gold nanostars by using a pulsed laser. We achieve super-resolution optical …

In confocal scanning fluorescence microscopy, the effective modulation transfer function with
Gaussian plane wave illumination covers very few high-frequency components, which …

Optical vortices have developed rapidly in recent times owing to their theoretical significance
and attractive potential applications in extensive realms. Composite optical vortices using …

Based on the nonlinear plasmonic scattering response to the modulated excitation in time,
we realized a single-wavelength super-resolution imaging method on a custom-built system …

The development of super-resolution imaging has driven research into biological labeling,
new materials' characterization, and nanoscale sensing. Here, we studied the photoinduced …

In this Letter, we report on the investigations of nonlinear scattering of plasmonic
nanoparticles by manipulating ambient environments. We create different local thermal …