The Talbot effect using ultrasonic waves transmitted through a periodic perforated plate is
presented. The ultrasonic wave-field at the exit of the perforated plate replicates the …

We present an in-depth and systematical investigation on the plasmon Talbot effect of finite-
sized two-dimensional (2D) periodic metallic nanoaperture arrays. The nanoaperture …

Plasmonic color filters in mass production have been restricted from current fabrication
technology, which impede their applications. Soft-X-ray interference lithography (XIL) has …

Achromatic Talbot lithography has been proved as a robust and high throughput technique
for large area nanopatterning with controllable feature sizes and duty cycles. In this work, the …

Metasurfaces, artificial micro-and nano-photonic structures can modify wavefront of
electromagnetic waves to the desired form. Metalenses are the metasurfaces assuming the …

The plasmonics Talbot effect in metallic layer with infinite periodic grooves is presented in
this study. Numerical approach based on the finite element method is employed to verify the …

Achromatic Talbot lithography (ATL) with high resolution has been demonstrated to be an
excellent technique for large area periodic nano-fabrication. In this work, the uniformity of …

Coherent diffractive imaging (CDI) and related techniques enable a new type of diffraction-
limited high-resolution extreme ultraviolet (EUV) microscopy. Here, we demonstrate CDI …

There are a growing number of applications where three-dimensional patterning is needed
for the fabrication of micro-and nanostructures. Thus far, grayscale lithography is the main …

We present the latest results in the development of a Talbot lithography technique utilizing
tabletop SXR lasers. The main characteristics of the method are reviewed and a hybrid …