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This Week in Photonics: A Holey Metalens; Molecular Motion Gets its Fiber; Jenoptik Adds Three (10/21/2021)

This Week in Photonics: A Holey Metalens; Molecular Motion Gets its Fiber; Jenoptik Adds Three

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Thursday, October 21, 2021

.: Top Stories

Metalens Design Knocks Down the Nanopillars
Researchers at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) developed a metalens that uses deep narrow holes, rather than tall pillars, to focus light to a single point. The metalenses were fabricated using conventional semiconductor industry processes and standard materials, allowing it to be manufactured at scale in the future.

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Quantum Chip Prototype Bridges Quantum and Traditional Networks
Researchers from Rochester Institute of Technology (RIT) and national photonic device company AdvR designed and built a quantum chip prototype that the developers say is able to bridge traditional fiber optic networks with quantum computing networks.

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Raman Spectroscopy and Machine Learning Team Up to Predict Immunotherapy Response in Patients
Using Raman spectroscopy and machine learning, a team at Johns Hopkins University developed a noninvasive technique to assess how cancer patients will respond to immunotherapy. The researchers used Raman spectroscopy to map the biochemical composition of tumors in detail, and machine learning to determine biomarkers indicating patient response to immunotherapy treatment.

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.: Featured Products

Be Creative, Break the Rules – AI-based Imaging Without Prior Knowledge

IDS Imaging Development Systems GmbH
The application possibilities based on intelligent cameras are almost limitless. Since traditional vision solutions work with a fixed set of rules, organic or rapidly changing objects are a huge challenge for them. Artificial intelligence, on the other hand, can handle such situations with ease.

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CODE V Optical Design Software

Synopsys Inc., Optical Solutions Group
Optical designers are often tasked with correcting more aberrations and using fewer surfaces for compact applications ranging from medical instruments to AR systems. To support this design work, CODE V offers unique freeform optics design and optimization tools. Read our blog to learn more.

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Cobolt Tor™ XE Pulsed Laser

HÜBNER Photonics
HÜBNER Photonics is proud to introduce the Cobolt Tor™ XE, a high performance compact Q-switched laser at 1064 nm and with 0.5 mJ/pulse. The Cobolt Tor™ XE is intended for integration into instruments for marking, laser induced breakdown spectroscopy (LIBS) as well as photoacoustic microscopy applications....

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SYNOPTICS Rare Earth Doped Fluorides

Northrop Grumman Synoptics
SYNOPTICS provides Yttrium Lithium Fluoride (YLF) crystals doped with a variety of rare earths such as Nd, Pr, Tm Yb, Er, and Ho. Advantages include low beam divergence, efficient single-mode operation, weak thermal lensing, and naturally polarized light.

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.: More News

Synthetic Fibers Light the Path for Molecular Motion Read Article

Jenoptik Acquires Three Companies Read Article

Microscope Slide Increases Contrast to Distinguish Cells, Speed Diagnoses Read Article

Fiber Laser System Shows Promise for Attosecond Light Sources, May See Use in ELI-ALPS Read Article

National University of Singapore Launches Functional Intelligent Materials Research Center Read Article

.: Upcoming Webinars

Ray Optics Simulations
Tue, Nov 2, 2021 2:00 PM - 3:00 PM EDT
Tune into this webinar to learn about optical ray tracing using the COMSOL Multiphysics^® software. Christopher Boucher of COMSOL presents a live demo in the software. Boucher shows how to create a fully parameterized geometry of a typical lens system; trace rays through the system; and post-process the results. He also explains more specialized ray features, such as the analysis of ray intensity and polarization, and how COMSOL's Ray Optics Module add-on can be combined with structural and thermal simulation for highly accurate structural-thermal-optical performance (STOP) analysis. Presented by COMSOL, Inc.

.: All Things Photonics

Ivan Aprahamian, author of the 2020 ACS Central Science paper “The Future of Molecular Machines,” kicks off Season 4 with a look at recent advancements to light-activated molecular motors. Applications include smart drug delivery and nanomedicine, applied spectroscopy, functional materials, and more. Nick Vamivakas, University of Rochester professor of quantum optics and quantum physics, discusses how to build a quantum workforce: How do we educate its future members, what will they do, and how do we chart their progress?

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