Integrated optics is the field where photonics and glass science smartly cooperate to
develop new physics, new devices, and new applications. Glass materials and photonic …

Advanced electrooptical modulators with a broad bandwidth of electrical modulation (over
100 GHz), ultralow optical insertion loss (< 3 dB), scalable size, low half-wave drive voltage …

Inorganic glasses are the workhorse materials of optics and photonics. In addition to offering
a range of transparency windows, glasses provide flexibility of processing for the realization …

Inorganic glasses form the backbone of dielectric materials in optics and photonic
applications. In addition to offering a range of transparency windows, intrinsic physical …

Integrated photonics, which generically refers to the technology of combining multiple optical
components on a chip-scale platform to form a functional photonic circuit, is often hailed as …

This paper presents our recent simulation results and novel designs of single mode large
cross-section glass-based waveguides for photonic integrated circuits (PICs). Simulations …

Since ancient glass articles were fabricated in Mesopotamia and Egypt 3500 years ago,
people have been appreciating the beauty of glass displayed by the interactions with lights …

This chapter is a review dedicated to recent advances in the science of glass and its
application in photonic devices with a straightforward, easy-to-read style. It is important to …

Since the invention and further development of lasers in the 1960s, photonics has grown
into a field that permeates virtually every aspect of modern life. As photonics deals with the …

Glasses, either pure or suitably doped, constitute an excellent material for the development
of integrated optical circuits. A brief review is presented of the most widely used processes …