Newsletter | August 12, 2024

08.12.24 -- Improving Nanopositioning Systems | Creating A Novel 4D Microscopy Method | How To Choose A Raman Filter For Drug ID And Characterization

FROM THE EDITOR

Improving The Accuracy And Effectiveness Of Nanopositioning Systems

The effectiveness and accuracy of nanopositioning systems are being enhanced through advanced control methods, high-resolution sensors, and innovative mechanical designs. These improvements are essential for meeting the stringent requirements of modern nanotechnology applications.

SPOTLIGHT ON BIO AND LIFE SCIENCES

Practical Aspects Of Mirror Usage In Optical Systems For Biology

Gain practical and useful insight on flat dielectric mirrors including key design considerations and specifications necessary for selecting the appropriate flat mirror.

INDUSTRY INSIGHTS

Ingenuity And Instrumentation: Creating A Novel 4D Microscopy Method

Researchers sought to explore the viral infection process before the virus has bonded to tissue, understanding how viruses navigate the epithelial space, through mucus and the periciliary layer.

Quantitative Analysis Of Epoxy Resin With NIR

Discover the transformative potential of NIR spectroscopy in epoxy resin curing. Explore real-time monitoring techniques for enhanced product quality and performance in manufacturing and beyond.

Optical Filter Specifications: Cone Half Angle (CHA)

Cone half angle (CHA) measures the degree of convergence or divergence in an incident beam. Learn more about CHA and how it impacts optical filter spectra.

How To Choose A Raman Filter For Drug ID And Characterization

Filter requirement is based on the drug components to be characterized. The user must understand the Raman shift spectral range of the particles to be detected.

RECENT NEWS

Economical Fast Focus Scanning Systems For Microscopy And Metrology Applications

AIM Photonics Showcases Cutting-Edge Technologies

Label-Free Detection Methods In Medicine Using Biosensors

Engineers Bring Efficient Optical Neural Networks Into Focus

IEEE Announces Breakthrough In High-Resolution, Dynamic 3D Vision Technology

A 'Measure' Advance For Ultrashort Laser Light!

ams OSRAM To Introduce Groundbreaking 8-Channel 915nm SMT Pulsed Laser

Physicists Develop Method To Combine Conventional And Quantum Internets

Pursuing The Middle Path To Scientific Discovery

It's Getting Hot In Here: Lasers Deliver Powerful Shocking Punch

BULLETIN BOARD

Anti-Fogging Transparent Conductive ITO Heaters

Learn about transparent conductive coatings for use on heated windows, biosample test platforms, EMI-shielded display glass, transparent electrodes, and other electro-optic applications.

FEATURED SOLUTIONS

High Magnification Lenses: DIAMOND Series

The DIAMOND series comprises a family of line scan lenses specifically designed for large magnifications such as -2.6x or -3.5x. Optimized for the highest resolution and image quality, these compact and robust cameras are ideal for FPD inspection, PCB/OLED inspections, web and surface inspections, line scan, and other quality control applications.

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Schneider Optics

UV Enhanced Circular Photodetector: UVG5S

The UVG5S photodiode features a 5 mm² circular active area with a welded cap and UV glass window and provides electron detection between 225nm - 400nm. Like other products in Opto Diode’s UVG product family, the UVG5S features superior UV response with 100% internal quantum efficiency.

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Opto Diode, An ITW Company

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