Photonics for a Better World

Kerstin Bailey, the marketing analytics manager for SPIE, has a word of encouragement for optics and photonics professionals working in the defense sector, to counter recent nerve-wracking news about the U.S. budget sequester. "From the information I see about our community, optics and photonics defense professionals should not be overly worried about long-term employability," she said. "While these professionals work in defense, we have seen that their interests and backgrounds cover many application areas. Their activity with SPIE indicates a broad knowledge base that is very transferrable," Bailey said. Examples of technology transfer from the defense sector to commercial use are abundant. Adaptive optics for telescopes are used in opthalmology. Sensing technologies used by the military can ensure food safety and clean water for the general public. The technology that runs the Internet, GPS systems, and microwave ovens has its roots in defense resear...

( Michelle Xu is a PhD-graduate from the University of Toronto, where she worked to engineer diagnostic hand-held devices using nano-grating surface plasmon sensors and nano-pillar photonics crystal sensors to enable the early detection of cancer. Knowing that her device could identify high-risk individuals and help prevent disease, she was motivated to commercialize her research. To support her efforts, Newport and SPIE sponsored her attendance at the Biomedical Engineering Entrepreneurship Acadamy (BMEA) held at the University of California, Davis earlier this month. Below are her reflections on the experience. Her colleague Chang Won will be writing about his experience at the academy next week!) The number one lesson I learned at the BMEA was that in academia, we start by solving a problem and then search for needs; in business planning, we start with a need, and then solve the problem. This issue of course raises the question, “Are technologies validated differently in aca...

Three aspiring biophotonics  entrepreneurs working on potentially life-saving techniques for detecting cancer and malaria have won some expert help in moving their ideas to market. As winners of a Biophotonics Startup Challenge at SPIE Photonics West in January, the three are being sponsored by Newport Spectra-Physics to attend the Biomedical Engineering Entrepreneurship Academy at the University of California, Davis, next summer. A cheek-swab test for lung cancer would be "a paradigm shift, in that we don't need to examine the tumor itself to determine the presence of cancer," said Hariharan Subramanian (Northwestern University) of the technique he and colleagues including Hemant Roy (North Shore University Health System) and Vadim Backman (Northwestern) have developed. Hariharan Subramanian describes for Biophotonics Startup Challenge judges the technology behind a cheek-swab test for lung cancer. A system based on total internal reflection principles that...