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Materials
Legacy Optics Groups Team Up in Rochester, A New System Tricks The Eye into Seeing a New Color
Video | May 1, 2025
Legacy optics companies are teaming up in Rochester. Advanced Glass Industries has acquired Glass Fab Inc. and will become EvolvOptic. French aerospace and defense group Safran has invested in mirSense, a French startup specializing in quantum...
/Videos/Legacy_Optics_Groups_Team_Up_in_Rochester_A_New/p1/v939

Researchers Develop Highly Fluorescent Nanoscale Material
Article | April 29, 2025
Researchers at the University of Missouri have created tiny, clay-based materials — called fluorescent polyionic nanoclays — that can be customized for many uses, including advancing energy and sensor technology, improving medical...
/Articles/Researchers_Develop_Highly_Fluorescent_Nanoscale/p1/a70961

Continuous Flow Approach Produces High-Quality, Biocompatible QDs
Article | April 17, 2025
A sustainable approach to producing quantum dots (QDs) from the University of Liège (ULiège) could offer a realistic, responsible pathway to the industrial-scale production of these highly tunable semiconductor nanomaterials, which are...
/Articles/Continuous_Flow_Approach_Produces_High-Quality/p1/a70925




Materials Suppliers from the Marketplace




Vertical Lift Stages
Product | April 2, 2025
The AT20-30 series from Optimal Engineering Systems are motorized vertical lift stages for positioning, testing, inspection, assembly, sampling, laser drilling and machining, medical, semiconductor, and research applications. The series features a...
/Products/Vertical_Lift_Stages/p1/pr70579

Ultrafast Microscope Images Material’s Molecular Structure and Dynamics
Article | March 20, 2025
Perovskites, a family of organic-inorganic hybrid materials, are efficient at converting light to electricity and relatively easy to make. They absorb certain colors of the visible spectrum effectively and can be layered with other materials, such...
/Articles/Ultrafast_Microscope_Images_Materials_Molecular/p1/a70853

Applications and Working Principles of Optical Filters
White Paper | February 25, 2025
Filters are made by adding special dyes to a plastic or glass substrate or by depositing optical films on their surface, used to attenuate (absorb) certain wavelengths of light or to precisely select a narrow range of wavelengths to pass through...
/White_Papers/Applications_and_Working_Principles_of_Optical/p1/wpp2408

Plastic Optical Fibers Enable Temperature Sensing with High Resolution
Article | February 11, 2025
Distributed optical fiber sensors based on Brillouin scattering are widely used to measure strain and temperature changes along optical fibers. However, noise interference and the physical properties of the sensing fibers have limited the ability to...
/Articles/Plastic_Optical_Fibers_Enable_Temperature_Sensing/p1/a70721




Materials Products from the Marketplace



Accurate Magnetic Field Measurement Method Could Advance Quantum Sensing
Article | February 7, 2025
Optically pumped magnetometers (OPMs) are used to measure magnetic fields in biosensing, contraband testing, and magnetic communications. They also aid in dark matter searches and serve as promising platforms for quantum-enhanced measurements. ...
/Articles/Accurate_Magnetic_Field_Measurement_Method_Could/p1/a70718

Superradiance Will Enhance Spatial and Temporal Resolution in Superresolution Imaging
Article | February 6, 2025
Superradiance, an optical phenomenon that occurs when quantum systems collectively emit light in a coordinated manner, enhances brightness and increases the speed of emission. Although superradiance has been extensively studied in atomic systems, it...
/Articles/Superradiance_Will_Enhance_Spatial_and_Temporal/p1/a70714

Glass-Coated Bacteria Form Live Microlenses for Advanced Imaging
Article | February 3, 2025
Microlenses, micrometer-sized lenses that capture and focus light into intense beams at a microscopic scale, typically require complex, expensive machinery and extreme temperatures or pressures to produce. A bioinspired approach to making...
/Articles/Glass-Coated_Bacteria_Form_Live_Microlenses_for/p1/a70705

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