Plug-and-Play Fiber-Coupled Quantum Dot Single-Photon Source via Photonic Wire Bonding

2. Nov, 2023 | Journal Papers on Photonic Wire Bonds

M. De Gregorio et al., Advanced Quantum Technologies, 7.10.1002/qute.202300227 The collection of single-photon emission from a quantum dot (QD) in a Bragg waveguide through a photonic wire bond (PWB) via free-space resonant frequency pumping at 1.6 K is demonstrated....

Photonic integration and packaging with Photonic Wire Bonding and facet-attached micro-optical elements

13. Sep, 2023 | Magazine Articles

PIC Magazine, October 2023 The rapid growth of photonic integrated circuits is driving the need for fast innovation, and this is made possible by the development of Photonic Wire Bonding (PWB), which creates low-loss, 3D free-form connections between optical...

Photonic integration and packaging with Photonic Wire Bonding and facet-attached micro-optical elements

13. Sep, 2023 | News

September 13, 2023: PIC Magazine – Issue 3, 2023 The rapid growth of photonic integrated circuits is driving the need for fast innovation, and this is made possible by the development of Photonic Wire Bonding (PWB), which creates low-loss, 3D free-form connections...

Cryogenic Optical Packaging Using Photonic Wire Bonds

14. Jul, 2023 | News

In this paper, our partner at UBC, Professor Lukas Chrostowski and team use photonic wire bonding (PWB) to make reliable and efficient optical connections between single mode fiber (SMF) and silicon photonic circuits down to 970 mK. The results presented show that...

Cryogenic Optical Packaging Using Photonic Wire Bonds

13. Jul, 2023 | Journal Papers on Photonic Wire Bonds

B. Lin et al., July 2023, 2307.07496 We present the required techniques for the successful low loss packaging of integrated photonic devices capable of operating down to 970 mK utilizing photonic wire bonds. This scalable technique is shown to have an insertion loss...