SEATTLE, July 3, 2012 — Work over the past decade to harness the energy-generating mechanism of the sun has now yielded bright high-energy light needed to etch smaller microchips. The microchip industry now uses 193-nm UV light, which cannot etch circuits any smaller than those currently being made. The future standard for making microchips, the industry has determined, is 13.5-nm light. To create such extreme-UV light, high-temperature, electrically charged gases called plasma are necessary; until now, however, scientists have struggled to generate enough power with the extreme-UV light sources that exist. ...Read full articleRelated content from Photonics MediaARTICLESAgarwal Group Puts Spin on PhotonsThe University of Pennsylvania’s (Penn) Agarwal Group, headed by professor Ritesh Agarwal, seeks to understand how light interacts with small-scale nanostructures. The group then uses that...Photonics Spectra December 2018 IssueMolecular Vibrations Imaged for First TimeScientists at the University of California, Irvine (UCI), focused light down to the size of an atom to produce the first images of a molecule’s normal modes of vibration. The images could...Photonics Spectra June 2019 IssueAtomic-Scale Imaging Reveals Strength Capabilities of Thin FilmResearchers at the University of Minnesota have used high-resolution TEM microscopy to image the atomic structure of ultrathin zeolite nanosheets, which are used by industries as specialized...Photonics.com 3/18/2020FS-Laser-Based Technology Creates Solar Power GeneratorsA University of Rochester research team has demonstrated that the laser-based technology it used to create unsinkable metallic structures can also be used to create highly efficient solar power...Photonics.com 2/5/2020PRODUCTSTwo-Axis Scan HeadThe Digi-Cube Pro Series 2-Axis Scan Head from FARO Technologies Inc. features position detection galvanometer technology with a galvo rotor and mirror mount designs. 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In particular, it’s necessary to determine how variations in process parameters affect end results, so that acceptable process input and operating ranges can be determined.Materials processing with lasers is actually a broad term for a diverse range of applications. The major categories of these uses, and the lasers that service them, are summarized Table 1. At one...Photonics HandbookWHITEPAPERSThe Future of Optics: How Optical Product Design will Change the WorldNew technologies are creating new opportunities in the optomechanical engineering space. 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