The control of light through all‐optical means is a fundamental challenge in nanophotonics
and a key effect in optical switching and logic. The optical bistability effect enables this …

This paper reminds the principle and characteristics of plasmonic lithography, and points out
the importance of establishing a fast and high precision plasmonic lithography imaging …

Many engineered photonic devices can be decomposed into parts where the material
properties are independent of one or more spatial variables. Numerical mode-matching …

The transfer matrix approach is used to study the optical characteristics of thermal radiation
in a one-dimensional photonic crystal (1DPC) with metamaterial. In this method, every layer …

This thesis presents novel methodologies to integrate AI-driven and physics-inspired
methodologies into photonic inverse design, setting new benchmarks for high-performance …

As a new and alternative lithography technology, plasmonic lithography can break through
the diffraction limit of traditional lithography by exciting the surface plasmon polaritons to …

As a new and alternative lithography technology, plasmonic lithography can break through
10 the diffraction limit of traditional lithography by exciting the surface plasmon polaritons …

In our work we develop an idea for the analytical treatment of discontinuities within the
Fourier space methods for solving the electromagnetic diffraction problem, and demonstrate …

As a new and alternative lithography technology, plasmonic lithography can break through
the diffraction limit of traditional lithography by exciting the surface plasmon polaritons …

As a new and alternative lithography technology, plasmonic lithography can break through
the diffraction limit of traditional lithography by exciting the surface plasmon polaritons …