Failure management plays a significant role in optical networks. It ensures secure operation,
mitigates potential risks, and executes proactive protection. Machine learning (ML) is …

Laser Direct Writing (LDW), also known as 3D multi-photon laser lithography of resins, is a
promising technique for fabricating complex free-form elements, including micro-optical …

A statistical framework is presented enabling optimal sampling and analysis of constant life
fatigue data. Protocols using Bayesian maximum entropy sampling are built based on …

Abstract Full Poincaré Mueller Polarimetry is a new technique for characterizing samples by
means of their Mueller matrix. The method is based on the use of a full Poincaré beam as a …

A statistical framework is presented enabling optimal sampling and analysis of constant life
fatigue data. Protocols using Bayesian maximum entropy sampling are built based on …

When irradiated by high-power lasers, fused silica optical component can be ablated, which
seriously affects their laser-conducing capability and service life. Numerical simulations …

Optical module faults are among the most serious threats to Internet Data Centers (IDCs),
which are crucial to a company's data processing and information storage operations …

Recent developments in manufacturing technology have enabled a wealth of designs to be
created and implemented in engineered products. These methods, empowered in part …

Ultrafast lasers in various applications suffer from short lifetime optics due to high power
levels and intense pulses. Typical laser damage testing methods are often limited to short …

Two different lasers were used for different pulse duration experiments (see Fig. 1): Light
Conversion Pharos (Laser 1) was used to measure samples with fs–ps laser pulses (at 1030 …