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Playing Billiards with a Laser Beam

A research team led by physicists at LMU Munich reports a significant advance in laser-driven particle acceleration. Using tiny plastic beads as targets, they have produced proton bunches that possess unique features, opening up new opportunities for future studies.

In their experiments, the group fired a powerful laser pulse at a micrometer-sized plastic sphere, blasting a bunch of p…

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MKS Unveils Spectra-Physics Advanced Ultrafast Lasers for Bio-Imaging and Research

Two New Ultrafast Laser Sources Deliver Leading Performance and Stability

The new Element 2 delivers ultrashort pulses, down to few-cycle pulse durations, with outstanding stability and optional…

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AUREA Technology introduces its flexible picosecond laser

The PIXEA-analytics is a high performance and versatile picosecond laser based on gain-switched laser diode. Available f…

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ProPhotonix to Display New High-Performance PROdigii laser module platform at Photonics West

Precise control, exceptional wavelength stability, digital laser module

The new digital laser platform is available in a range of wavelengths from 405nm to 850nm. Output powers of up 500mW con…

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II-VI Incorporated Introduces Freeform Beam Shaping Laser Optics for Fiber and Direct Diode Laser Applications

The rapidly increasing number of applications in laser-based materials processing is driving the demand for laser proces…

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Cobolt Skyra™: The new multi-line laser

The laser is built using Cobolt’s proprietary HTCure™ manufacturing technology for ultimate robustness in a compact, her…

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Innoviz Technologies Launches InnovizPro™, a High-Resolution, Solid-State Automotive LiDAR Solution Offering Unrivaled Performance and Cost, Available Now

Now available for purchase, InnovizPro allows Innoviz's partners in the automotive industry to test and develop the next…

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Advances in lasers get to the long and short of it

A new way of modifying the dipole moment of cholesteric liquid crystals allows for researchers to select between the different band-edge modes experimentally for the first time.

The laser cavities are formed of a chiral nematic liquid crystal doped with a fluorescent dye. The liquid crystal create…

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Transportable Laser

The Physikalisch-Technische Bundesanstalt (PTB) has developed a frequency-doubling unit for transportable lasers

These clocks are no longer based on a microwave transition in cesium, but they rather operate with other atoms that are …

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Scientists achieve high power with new smaller laser

A technique called Q switching produces short but high-powered pulse outputs. As in other lasers, an electric current ex…

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Telecentric f-theta lenses with large scan area at f = 125 mm

This group of f-theta lenses for different wavelength regions from UV to IR offer comparably small spot sizes for increa…

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Thermally Stable Laser Module with No Cooling

The fiber-coupled single mode module can be used wherever a high degree of temperature stability and robustness is requi…

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TOPTICA presents “All Wavelengths” at Photonics West

With their broad product portfolio, TOPTICA offers All Wavelengths Complete coverage from deep-UV to terahertz radiation…

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The world's first all-Si laser

It was found that the optical gain of Si nanocrystals was constantly enhanced as the passivation proceeded and eventuall…

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High Laser Power for Robust Part Marking – FOBA Introduces a 100-Watt Fiber Laser

The 100-Watt fiber laser is perfectly suited for marking and engraving automobile and aerospace components, because engr…

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Scientists Propose New Type Of Terahertz Solid-State Laser

A team of scientists from ITMO and Vladimir State University have proposed a new type of a solid-state terahertz laser. …

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Velodyne Demonstrates Quantum Leap in LiDAR Technology

The new VLS-128™ sensor changes the game for all autonomous driving programs by delivering LiDAR with unprecedented performance for superior real-time perception

Featuring an industry-leading 128 laser channels, the VLS-128 is an extreme step forward in LiDAR vision systems, featur…

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Vescent Photonics Matches Controllers to Low-Thermal Mass Diode Lasers

Easier than ever to control hermetically sealed diode lasers

The change to the D2-105 will allow the PID loop to thermally control a wider range of laser types to the millikelvin le…

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Device creates negative mass — and a novel way to generate lasers

The device, described in Nature Physics, consists of two mirrors that create an optical microcavity, which confines ligh…

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TOPTICA receives the laser guide star contract for ELT from ESO

TOPTICA has pioneered the development of diode-laser based fiber-amplified guide star laser systems at 589 nm for

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