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Integrated Photonics: How to Build a Quantum Computer; UV PICs Push Potential of Nonvisible Microscopy (8/7/2024)

Integrated Photonics: How to Build a Quantum Computer; UV PICs Push Potential of Nonvisible Microscopy
Quarterly newsletter from the editors of Photonics Spectra highlighting the latest developments in integrated photonics, from wafer production to chips and packaging.
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Integrated Photonics Newsletter

 
How to Build a Photonic Quantum Computer

Expectations for quantum computers are high: They are supposed to outperform digital computers and pave the way for solutions that go far beyond the capabilities that artificial intelligence already delivers. They are predicted to crack unbreakable codes, find new materials for superconductors, and help develop medicine for the next pandemic. These are only some of the envisioned outcomes.  Read Article 
Ultraviolet PICs Push the Potential of Nonvisible Microscopy

Manipulating ultraviolet (UV) light beams is historically difficult and costly. As it relates to imaging, bulk optics in the UV range are expensive because they require unique materials, such as quartz, magnesium fluoride, or fused silica, to ensure aberration-free imaging with necessary degrees of focus and resolution. And, from a technical perspective, UV imaging microscope objectives with a high numerical aperture, which are required for high-resolution microscopy, are rare. The high price tag that is typically associated with these objectives limits their use.  Read Article 


More News

 
Chip-Scale Visible Sources Aim to Release Quantum Technology from the Lab

Topological Platform Can Increase Frequency Comb Efficiency

On-Chip Laser Showcases Self-Sustained Comb Operation

Chip-scale Erbium Laser Points to Portable Integrated Systems

Multifunctional Diode Speeds and Integrates Optical Computing

Featured Products & Services

 
Aerotech Inc. - Alignment with Precision & Speed Alignment with Precision & Speed

Aerotech Inc.
The FiberMax®HP is a second-generation three- to six-axis photonics alignment platform built on Aerotech’s ANT nanopositioning product line. It is designed to meet the demanding needs of critical photonics alignment in a highly automated, 24/7 production environment with no compromise in speed, accuracy, and resolution.

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Photonics Media - LIGHT: Introduction to Optics and Photonics, Second Edition LIGHT: Introduction to Optics and Photonics, Second Edition

Photonics Media
Offering a comprehensive treatment of the subject as well as key applications, and employing minimal math, LIGHT: Introduction to Optics and Photonics was written with readers in mind.

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Looking for something else? Check the Photonics Marketplace.


Latest Webinars

 
How Motion Control Enables Modern Datacom Technologies
How Motion Control Enables Modern Datacom Technologies

Thu, Sep 19, 2024 10:00 AM - 11:00 AM EDT
With the explosive growth of applications like AI and high-performance computing, modern data centers must find ways to support an exponentially rising demand for transferring massive amounts of data. Various cutting-edge technologies are key to keeping pace with this demand, and none is more foundational to modern data centers than optical transceivers. In this webinar, Justin Bressi of Aerotech explores macro trends pushing relentless innovation in this space and technologies enabling the next generation of optical transceivers, including silicon photonics, PICs, and co-packaged optics (CPO). He covers common precision alignment-related challenges encountered when manufacturing and testing these optical devices, as well as innovative methods and technologies for overcoming these challenges. After completing this webinar, attendees will be better equipped to solve the exacting manufacturing and testing challenges associated with optical devices that are critical to enabling some of the world’s most advanced technologies. Presented by Aerotech.

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CALL FOR ARTICLES!
Photonics Media is currently seeking technical feature articles on a variety of topics for publication in our magazines (Photonics Spectra, BioPhotonics, and Vision Spectra). Please submit an informal 100-word abstract to [email protected], or use our online submission form.

 


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