Newsletter | April 6, 2026

04.06.26 -- Spotlight On Optics/Optical Components

FEATURED EDITORIAL

From Sound To Sight: Optical Innovations Shaping The Future Of Audiology Devices

With advances in miniaturized optics, fiber optics, and related technologies, researchers are developing new approaches to improve the sound quality of hearing devices and diagnostic audiology. 

SPOTLIGHT ON OPTICS/OPTICAL COMPONENTS

Changing Correlated Color Temperature With Orange and Blue Optical Filters

Explore color temperature filters, including CTO and CTB types, and learn how they adjust light sources to achieve precise color balance for various lighting applications.

Why Detector And Optical Filter Pairing Matters In High Accuracy Measurement

Optimal optical sensing requires careful pairing of filters and detectors. Proper alignment, high transmission, out-of-band rejection, and stability ensure accurate, low-noise measurements across various applications.

INDUSTRY INSIGHTS

Measuring The Energy Of One Of The Most Powerful Lasers In The USA

A high-power laser research center was supported with custom detectors and calorimeters, enabling precise energy measurements critical to advancing groundbreaking physics.

Micromirror TIRF Microscopy: Technique And Applications

Micromirror TIRF microscopy is a groundbreaking advancement that offers unprecedented clarity, revolutionizing our understanding of molecular assembly and cellular processes, and propelling biological research forward.

Why LSR Is A Leading Material For Optical Micro Molding

Liquid Silicone Rubber (LSR) is redefining optical micro molding with superior durability, design flexibility, and thermal stability—empowering next-generation optical components where traditional thermoplastics fall short.

Why Flexibility Is Important In Optics Material Selection

Dan Bukaty Jr., President of Precision Glass & Optics discusses why a flexible approach to material selection in the manufacturing process is important to help protect optics manufacturing lead times.

RECENT NEWS

Nist Researchers Develop Photonic Chip Packaging That Can Withstand Extreme Environments

UMass Amherst Research Demonstrates New Technology For Shrinking Quantum Computers

Finding The 'Quantum Needle' In A Haystack

Breakthrough Microscopy Sheds Light On The Behavior Of Tiny Metallic Frames

Topology In Light: Würzburg Researchers Create Optical Phenomenon

QCi Quantum Optimization Machine Placed On Quantum Corridor Network

Paving The Way For Real-Time Earth Observation: Space Compass And SWISSto12 Sign A Contract For The First Commercial Optical Data Relay Satellite In Geostationary Orbit

UCF Researchers Unlock Scalable Entanglement For Next-Generation Quantum Computing

Laser Tornado In A Synthetic Magnetic Field

SEALSQ Signs Letter Of Intent To Acquire 100% of Miraex, A Swiss Quantum Interconnect Platform Company

Quantum Researchers Engineer Extremely Precise Phonon Lasers

FEATURED MULTIMEDIA

Advanced MicroFeed Polishing For High-Speed Communications

Overcome insertion loss and reflectance in your photonic integrated circuits (PICs) and waveguides. KrellTech’s Advanced MicroFeed technology delivers precision micron-level material removal to optimize performance for components consisting of silicon, TFLN, InP and other substrates used in high-speed communication networks.

BULLETIN BOARD

Optical Filters 101 Guide

This Optical Filters 101 Guide offers a clear, comprehensive introduction to optical filter principles, empowering informed selection for scientific and industrial applications.

FEATURED SOLUTIONS

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