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Award-Winning LED Illumination for Fluorescence from Fura-2 to Cy7.5 and Beyond
Award-Winning LED Illumination for Fluorescence from Fura-2 to Cy7.5 and Beyond
Microscopy Today
Read Excelitas’ article for an overview of the latest advances in illumination for fluorescence imaging, from near-UV to near-IR fluorophores. The article also highlights case studies demonstrating the 2021 Microscopy Today Innovation Award-winning X-Cite® NOVEM™ as successful replacements for traditional arc lamps in calcium imaging applications, producing equivalent results with the convenience of LEDs.
Utilizing Upper-Air UVGI in the Fight Against COVID-19
Utilizing Upper-Air UVGI in the Fight Against COVID-19
Health Europa
Read Excelitas’ article, “Utilizing upper-air UVGI in the fight against COVID-19,” by James Clements, Director of Channel Management, Product Marketing, in Health Europa to learn about the effectiveness of utilizing upper-air disinfection in contagion control, as well as to catch up to speed on the latest advances that are enabling occupant-safe operation in the fight against COVID-19.
How Single-Photon Counting Enables Countless Applications Article
How Single-Photon Counting Enables Countless Applications
Photonics Spectra
Looking to the future, single-photon detection will enable new applications: increasing LiDAR range while ensuring the laser source remains safe for people’s eyes in autonomous vehicles; secure communications, by detecting the single photons used for 1s and 0s in Quantum Key Distribution (QKD) and by detecting entangled photons and calibrating the single-photon generators needed; in quantum computing, both by detecting the single photons used to generate or interrogate qubits; and many more.
SLiK APD optimized for single-photon detection
The Evolution of Single-photon Detection
Laser Focus World
Single-photon detection has become a vital tool in many applications, from single-molecule fluorescence, particle characterization through scattering, and quantum cryptography to astronomy, lidar, and more. The concept appears to be simple in principle—one photon creates one electron in a photodiode or when hitting a metal surface—but how easy is it to detect that single electron?
The Single-Source Partner for Photonic Solutions
The Single-Source Partner for Photonic Solutions
Semiconductor Review
As the silicon chips that power today’s devices and technologies continue to shrink in size, manufacturing processes increasingly necessitate higher-resolution illumination and imaging, better performance, and strict contamination control.
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