Newsletter | June 24, 2026

06.24.26 -- Spotlight On Advances In Quantum Sensing

FEATURED EDITORIAL

Out In The Neon Light: Quantum Sensing's New Dawn For Photonics

By John Oncea

Recent quantum breakthroughs overcome decoherence and enable mass production, driving photonics innovation across medical and environmental applications.

INDUSTRY INSIGHTS

Building A Do-It-Yourself Quantum Scanning Microscope

Article | Mad City Labs, Inc.

A DIY quantum scanning microscope is a viable option for users who prefer to modify the experiment setup or cannot reserve adequate time on a shared instrument.

Using Thin-Film Optical Filters For Fluorescence Imaging And Detection Systems

White Paper | Alluxa, Inc.

Within any fluorescence application, there are three basic filters that are needed for operation – the excitation filter, the emission filter, and the beamsplitter.

Sputtered Thin-Film Coatings

Application Note | IDEX Health & Science, LLC

Learn about the advantages of sputtering over traditional optical filter manufacturing deposition methods and its impact on performance and production.

RECENT NEWS

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HyperLight Announces $80M Series C To Accelerate TFLN Deployment For AI Infrastructure

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Quantum Computing Inc. Announces Framework Agreement With Planck Dynamics

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Tower Semiconductor And Marvell Ship Over Five Million Coherent Photonic ICs

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ACON OPTICS (TWSE: 6820) Strengthens AI High-Speed Interconnect Portfolio

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DARPA Selects Quandela For Stage A Of The Quantum Benchmarking Initiative

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Perovskite-Silicon Solar Cells Meet Matrix Shingled Interconnection

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Luceda 2026.06 Is Now Available

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Twisting Quantum Potential Into Reality

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Tiny Chip Could Help Cameras Spot Hidden Details

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Coherent Announces A CHIPS Letter Of Intent For $50M To Expand World-Leading Mfg Facility

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A New Kind Of Entanglement Helps Quantum Sensors Tune Out Noise

FEATURED MULTIMEDIA

Fiber Array Unit Polishing Workflow On NOVA

See how KrellTech demonstrates a complete FAU polishing workflow on the NOVA™ system, from carrier loading and programmable processing to material removal tracking, cleaning, and final inspection for repeatable photonic component polishing.