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Photonics Spectra Monthly – Semiconductor lasers power up; Laser beam diagnostics is a critical step in university research; and more. (7/12/2017)

Photonics Spectra Monthly – Semiconductor lasers power up; Laser beam diagnostics is a critical step in university research; and more.
Monthly newsletter from the editors of Photonics Spectra, with features, popular topics, new products, and what's coming in the next issue.
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Wednesday, July 12, 2017
 
         
Monthly newsletter from the editors of Photonics Spectra, with features, popular topics, new products, and what's coming in the next issue.

 
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Laser Beam Diagnostics Is a Critical Step in University Research
Laser Beam Diagnostics Is a Critical Step in University Research
The scientific endeavors of our university systems are a vital part of the industrial R&D process that produces many of today’s leading-edge designs and manufacturing processes. The demand to accurately measure these concentrated light forms is endless and limitless. So it is up to the researcher to understand the value of particular lasers that will be considered, which wavelengths are best for the absorption of the material or gasses involved, how much power from the laser source is needed to perform the activity required, and the size, shape and uniformity of the laser beam itself.
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Chalcogenide Glass Molding Advances Precision IR Optics
Chalcogenide Glass Molding Advances Precision IR Optics
Today, infrared optics are mainly used in relatively high-priced technical devices. Cost-effective infrared systems could open up many new markets, especially in the field of consumer products where thermal imaging cameras might one day be integrated into commercially available smartphones and provide users with information about energy losses in their homes
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Semiconductor Lasers Power Up
Semiconductor Lasers Power Up
Improvements to semiconductor lasers promise big changes, from increases in power to expanded wavelengths. Other innovations could mean faster data rates for a bandwidth-hungry world. Researchers are investigating semiconductor lasers that can be built to output any desired wavelength, enabling new uses. For some applications, what’s important is not just increasing the power that a semiconductor laser can deliver. Instead the key is achieving more intensity per unit area.
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In Case You Missed It
 
 
Ultrathin Camera Creates Images Without Lenses
Ultrathin Camera Creates Images Without Lenses
A novel camera uses an ultrathin optical phased array (OPA) in place of lenses to enable a thin, light, flexible design. The OPA manipulates light through a large array of light receivers. Each receiver can add a tightly controlled phase shift to the light it receives, enabling the camera to selectively look in different directions and focus on different things.
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Nanoscale Sensor Provides Clear Optical Fingerprint for Identifying Pollutants
A sensor made with ultrathin nanomaterials could improve environmental sensing by providing an unambiguous optical fingerprint for the detection of molecules.
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Nanoparticle Crystal Used to Control Light
A complex clathrate colloidal crystal has been created by connecting nanoparticles using DNA. One potential application for the novel crystal structures is the control of light.
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Coming in August...
 
 
Features
Organic Lasers; Secure Optical Communications; Nonlinear Optics; Hyperspectral Imaging: Spectroscopy

Issue Bonus
The EDU Issue: Photonics for the Next Generation

Photonics Media is currently seeking technical feature articles on a variety of topics for publication in our magazine Photonics Spectra. Please submit an informal 100-word abstract to Managing Editor Mike Wheeler at [email protected] or use our online submission form www.photonics.com/submitfeature.aspx.


 
About Photonics Spectra
 
 
Since 1967, Photonics Spectra magazine has defined the science and industry of photonics, providing both technical and practical information for every aspect of the global industry and promoting an international dialogue among the engineers, scientists and end users who develop, commercialize and buy photonics products.

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