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New Laser-Based Technique to Continuously Monitor Individual Airborne Particles

An optimized technique for monitoring air pollution could be to continuously monitor both the size and optical properties of individual airborne particles.

13 Nov 2019

Matching Bias Controllers to Our LiNbO3 Modulators - Very Low Noise Sensitivity and Enhanced Stability

LASER COMPONENTS supplies iXblue‘s modulator bias controllers and board types, showing a very low noise sensitivity yielding a significant reduction of the required dither voltage amplitude.

From Laser Components (UK) Ltd. 11 Nov 2019

Optical Front-End Fiber Laser Source for ns Pulse Shaping: The Latest Improvements

LASER COMPONENTS supplies the ModBox Front-End from our partner iXblue with ns pulse shaping capabilities ideal as a master for either high energetic lasers (>1 kJ, 1 MJ projects) or solid-state pump lasers.

From Laser Components (UK) Ltd. 6 Nov 2019

MKS Announces Ophir® LBS-300HP-NIR, Compact Laser Beam Splitter for Extremely High Attenuation to 15MW/cm2

MKS Instruments, Inc., a global provider of technologies that enable advanced processes and improve productivity, has announced the Ophir® LBS-300HP-NIR Beam Splitter for high power NIR lasers.

From MKS Instruments, Inc. 6 Nov 2019

Flexible, Transparent and Cost-Effective Lasers

A collaboration between IMDEA Nanociencia and Nanjing Tech University researchers produces flexible, transparent and cost-effective lasers.

6 Nov 2019

Optical Traps Precisely Assemble Nanoscale Semiconductors into Larger Structures

Contemporary construction is always a precision endeavor. As such, builders have to use components—such as rivets of a particular size or beams of a required composition—produced to fulfill specific standards.

5 Nov 2019

Chromacity and Scientifica join Forces on Laser Microscopy

Chromacity has announced a product partnership with Scientifica, a leading supplier of laboratory equipment.

From Chromacity Ltd. 28 Oct 2019

Cryogen Free Sub-Kelvin ARPES System

Angle-Resolved Photoemission Spectroscopy (ARPES) is used to study the electronic structure of the surface of solids. The ARPES technique employs a synchrotron or laser beam to interact with a sample, resulting in emission of photoelectrons. By analyzing the energy and momentum of the photoelectrons, the Fermi surface of the material can be mapped.

23 Oct 2019

Researchers Use Laser to Explore Stellar Nucleosynthesis

Researchers at the National Ignition Facility (NIF), the biggest laser in the world, in Livermore, California, readily produce star-like conditions with 192 high-powered lasers.

22 Oct 2019

Beam Collimators from Optical Surfaces Offer No Central Obscuration and Efficient Transmission

Manufactured to better than lambda/10 p-v surface accuracy, the off-axis design of Beam Collimators from Optical Surfaces Ltd. (OSL) produces no central obscuration and highly efficient transmission is obtained.

From Optical Surfaces Ltd. 21 Oct 2019