Laser pulse handling | Laser Focus World

The 5046 electro-optic systems are for laser pulse extraction, gating, and chopping. They combine E-O modulators with high-speed FET drivers to produce half-wave retardation over a wavelength range of 300-2000 nm. With rise- and falltimes of 3-4 ns, the systems are useful for regenerative amplifier switching, modelocked pulse extraction, cavity dumping, and Q-switching.

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Determining Layer Properties in 2D Materials

Determining Layer Properties in 2D Materials

Coherent THz-Raman® systems can provide direct information about both the number and orientation of the layers in 2D materials, enabling a fast, non-destructive, “in-situ” and cost-effective alternative to slower techniques.

A photonic crystal (PhC) with a heterostructure cavity achieves double resonance even though it has only one bandgap, not two; the second resonance is provided by a “bound state in the continuum” (BIC). The heterostructure cavity includes a core, a transition region, and an outer region (delineated here by dotted lines). The relevant resonant mode is confined to the core region. Creating such a PhC out of a nonlinear optical material allows PhC-based optical frequency doubling for the first time.

Nonlinear Optics: Light-trapping, frequency-doubling photonic crystal is first of its kind

The photonic crystal traps the fundamental frequency via a conventional bandgap and the doubled frequency using a “bound state in the continuum.”

Lawrence Livermore National Laboratory (LLNL) engineer Vincent Riot (left) has worked on the Large Synoptic Survey Telescope (LSST) for more than a decade and has been the full camera project manager since 2017. Riot and LLNL optical engineer Justin Wolfe, the LSST camera optics subsystems manager, stand in front of the LSST main lens assembly. Photo by Farrin Abbott/SLAC National Accelerator Laboratory.

LLNL ships world’s largest optical lens to SLAC for the LSST telescope

A key feature of the camera’s optical assemblies for the Large Synoptic Survey Telescope will be its three lenses--one with 1.57 m diameter.

II-VI dielectric-coated metal mirrors have use in industrial laser systems

Dielectric-coated metal mirrors for >15 kW fiber laser systems feature precision dielectric coatings deposited by ion beam sputtering (IBS).

A five-mile run in the morning before a workshop was one of EPIC’s community-building recipes.

Engaging with the photonics community

The European Photonic Industry Consortium (EPIC) is growing rapidly and fostering the photonics industry community in Europe and beyond.

Molex is opening an R&D facility in Bridgewater, NJ for wavelength selective switches for the growing datacenter interconnect market.

Molex opens New Jersey R&D facility for optical telecom components

The facility will be a center for excellence in wavelength selective switches for telecommunications and other high-performance networks.

An optical metamaterial surface plus liquid crystal form Lumotive's beam-steering approach for automotive lidar. This image is from Lumotive's website (www.lumotive.com).

Lumotive and Himax collaborate on metasurface approach to beam steering for lidar

Lumotive has an LCOS chip producer, Himax Technologies, for fabrication of its silicon-based metasurface beam-steerer.

The 200 mm wafers are contrasted in size with the new 300 mm wafers produced using nanoimprint lithography (NIL) to support glass technologies for augmented reality/mixed reality (AR/MR).

EVG & SCHOTT partner on 300 mm NIL wafers for AR/MR components

The work will take place at EVG’s NILPhotonics Competence Center, an open innovation incubator for nanoimprint lithography (NIL).

It has the size of a locomotive and will be a workhorse in fabs worldwide: The EUV stepper TWINSCAN NXE:3400B.

EUV lithography revisited

After three decades of development, a new generation of lithography machines has now been shipped; it uses extreme ultraviolet (EUV) light at a wavelength of 13.5 nm to make silicon features down to a few nanometers in size.

Application in Optical Design: Optimization for Receiver Enclosed Energy in LiDAR Systems

These sensors from the SmartSens/MEMS Drive partnership will feature added stabilization control to the rotation of the sensor, achieving optimal stabilization with no less than 5 axes.

SmartSens partners with MEMS Drive on CMOS chip-based image stabilization

The companies will collaborate on research in the field of CMOS chip-level optical image stabilization (OIS) technologies for new application areas.

James C. Wyant with Maria Ruiz in 2014, a first-year graduate student at the College of Optical Sciences, who that year received a Louise Wyant Memorial Scholarship in Optical Sciences. James Wyant and his family are now contributing $2 million and SPIE $500,000 to an educational-funding initiative for optics and photonics.

With $500,000 grant to University of Arizona, SPIE launches $2.5 million endowment matching program

Gooch & Housego (G&H) is partnering with Optex Systems to provide acrylic sighting instruments to the European market. Shown here are some Optex sighting systems.

Gooch & Housego partners with Optex to supply acrylic optics

The partnership combines Optex acrylic periscope products with G&H’s next-generation glass periscope hardware portfolio.

Thomas Crawford parlayed his research experience with disk drive technology into a startup company that eventually caught the eye of Thorlabs

University of South Carolina startup breaks ground in nano-optical manufacturing

Acquisition by Thorlabs facilitates continued university-industry partnership in Columbia, SC.