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Latest Issue
Mar 2016

Speeding Innovation to Market

Mike WheelerIn the future, smart cities will feature networks of sensors capable of tracking water and air quality in real time.

Sophisticated point-of-care diagnostics will detect chronic, life-threatening diseases that once proved elusive to treatment or cure. And OLEDs will become the de facto display technology for buildings and automobiles alike.

As exciting as these advances are, there’s a long road to their integration into commercially viable systems. That’s where a new public-private collaborative between the European Commission and Photonics 21 seeks to make a difference, as you’ll read in “Open Access Pilots Aim to Speed Commercialization of Photonics Innovations,” (read article). In this, the first installment of EPIC Insights, Jose Pozo of the European Photonics Industry Consortium (EPIC) offers a unique perspective on the project, which aims to link supply chains, create greater access to manufacturing technologies for Europe’s small- and medium-sized enterprises and develop uniform design libraries that will benefit the industry at large. One of the most exciting goals is the creation of integrated photonic circuitry built on silicon nitride, a material ideally suited for biomedical sensing applications.

Speaking of biomedical sensing, Lambda Research’s Michael Gauvin explores how software simulation tools can bypass many of the design headaches encountered in the creation of viable pulse oximetry solutions for today’s wearables in “New Wearable Designs with Pulse Oximetry Don’t Miss a Beat,” (read article).

Contributing editor Marie Freebody shines a light on exciting new advances in laser micromachining shown to effectively remove excess material with far greater selectivity and three-dimensional flexibility needed in the manufacture of coronary stents and microfluidics. See “Manufacturers Unite to Create Submicron Precision,” (read article).

While this issue may seem heavily weighted toward biomedical advances, we switch gears with Maximilian Lückenhaus’ “The Role of Machine Vision in the Automotive Industry” (read article) for an in-depth look at how machine vision is accelerating every step of the automotive manufacturing process, from workpiece detection to optimizing international supply chains.

Join us as we explore how photonics is proving itself to be the enabling technology of today and tomorrow.

Enjoy the issue!

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Karen Newman Group Publisher Karen Newman has had a career in business-to-business and association publishing, much of it spent covering technical, scientific and life sciences subjects.
Mike Wheeler Michael D. Wheeler is managing editor of Photonics Spectra and EuroPhotonics. In addition, he is responsible for the editorial direction of BioPhotonics and Industrial Photonics.
Justine Murphy Senior Editor Justine Murphy is a multiple award-winning journalist who brings more than 15 years of experience to her role at Photonics Media.
James Schlett James Schlett is the editor of BioPhotonics and Industrial Photonics. He is also an author and award-winning business reporter.
Hank Hogan Contributing editor Hank Hogan holds a Bachelor of Science degree in physics from the University of Texas at Austin. Hogan worked in the semiconductor industry and now writes about science and technology.
Marie Freebody Contributing editor Marie Freebody is a free-lance science and technology journalist with a master’s degree in physics and a concentration in nuclear astrophysics from the University of Surrey in England.
Valerie Coffey Science writer Valerie C. Coffey holds a bachelor’s degree in physics and a master’s in astronomy. She has covered optics, photonics, physics and astronomy for a variety of industry and academic publications since 2000.
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