A novel polarization converter using reflective metallic gratings and a polarization beam splitter is introduced for LCD backlight illumination. These two optical elements form a polarization rotation resonator. Broadband and high optical efficiency of polarization conversion in the visible region is achieved through the resonance of the refracted light and the surface plasmon wave in metallic surface-relief gratings. For wide-angle illumination, the conversion efficiency with arbitrary incident angle is studied. This device can convert unpolarized light to linear polarization with over 85% efficiency. © 2008 Optical Society of America
Abstract—A simple wide-view and broadband circular polarizer comprising of a linear polarizer and tw...
We propose a new polarization-preserving edge-lit light guide plate (LGP) based on total internal re...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...
A novel polarization converter using reflective metallic gratings and a polarization beam splitter i...
A novel polarization converter using reflective metallic gratings and broadband polarization beam sp...
A high-performance reflective polarization converter which could be used in a backlight recycling sy...
A high-performance reflective polarization converter which could be used in a backlight recycling sy...
A novel polarization converter using reflective metallic gratings is developed. This device converts...
A global optimization method using genetic algorithm (GA) was developed to design broadband reflecti...
Abstract—We propose a new optical design to produce linearly polarized illumination for liquid cryst...
Apparatus and methods for a polarization converter comprising a polarization beam splitter for recei...
We propose a new optical design to produce linearly polarized illumination for liquid crystal displa...
A simple wide-view and broadband circular polarizer comprising of a linear polarizer and two uniaxia...
We propose a new optical design to produce linearly polarized illumination for liquid crystal displa...
We systematically study and optimize the design of multilayer birefringent reflective polarizers for...
Abstract—A simple wide-view and broadband circular polarizer comprising of a linear polarizer and tw...
We propose a new polarization-preserving edge-lit light guide plate (LGP) based on total internal re...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...
A novel polarization converter using reflective metallic gratings and a polarization beam splitter i...
A novel polarization converter using reflective metallic gratings and broadband polarization beam sp...
A high-performance reflective polarization converter which could be used in a backlight recycling sy...
A high-performance reflective polarization converter which could be used in a backlight recycling sy...
A novel polarization converter using reflective metallic gratings is developed. This device converts...
A global optimization method using genetic algorithm (GA) was developed to design broadband reflecti...
Abstract—We propose a new optical design to produce linearly polarized illumination for liquid cryst...
Apparatus and methods for a polarization converter comprising a polarization beam splitter for recei...
We propose a new optical design to produce linearly polarized illumination for liquid crystal displa...
A simple wide-view and broadband circular polarizer comprising of a linear polarizer and two uniaxia...
We propose a new optical design to produce linearly polarized illumination for liquid crystal displa...
We systematically study and optimize the design of multilayer birefringent reflective polarizers for...
Abstract—A simple wide-view and broadband circular polarizer comprising of a linear polarizer and tw...
We propose a new polarization-preserving edge-lit light guide plate (LGP) based on total internal re...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...