Session Index

This presentation provides a comprehensive prospect on the future of photonics industries, with the evolutional perspective of semiconductor industry. In the “Post Moore Law Era”, one of the championed developments is heterogeneous integration, i.e., integrating silicon chips with other materials and devices, including Micro LED, MICRO-OLED, Micro-Mirror, Silicon Photonics, LCoS, ..etc.

 

The use of wavelength-modulated light incorporated into an optical standing-wave interferometer is demonstrated for measuring small displacements. The time-domain phase quadrature technique is used to detect the phase variation of the light scattered from the scattering plate for detecting displacements. The resolution of the system is about 2.5 nm.

 

automatic agricultural machinery in the field of agricultural automation is the trend of development.This study focuses on how to use image recognition with neural-network operations to solve the problem of obstacle detection and how to guide the unmanned ground vehicle to the ideal route when encountering obstacles

 

This article describes a novel, fast and reliable way to fabricate tilted microlens arrays. We also demonstrated a simple method to measure the direction and focal lengths of a light source when attached with microlens arrays using an optical microscope, as well as the simulation methods.

 

In this paper, we present a novel advanced optical designs for VR HMD’s which combines the principles of freeform optics. The system consists of two curved lens. The thickness of our optical system is less than 30 mm. The system provides a FOV of up to 150° per eye.

 

A proposed FBG/LPFG based fiber laser is demonstrated for simultaneous two-parameter sensing based on its wavelength peak and central dip induced by the FBG/LPFG pair. It has the ability to remotely sense the liquid parameters.