To understand the emerging framework for photonics R&D priorities in the U.S., I urge you to review the recommendations of the Fast-Track Action Committee on Optics and Photonics (FTAC-OP), just released by the National Science and Technology Council. It is not a funding blueprint, but it helps illuminate goals that the U.S. government may pursue.
The FTAC-OP prioritized seven recommendations. For research, they are: 1) biophotonics to advance understanding of systems biology and disease progression; 2) faint to single photonics; 3) imaging through complex media; and 4) ultra-low-power optoelectronics. For research-related capabilities, they are: 1) accessible fabrication facilities; 2) exotic photonics; and 3) domestic sources of critical photonics materials. The recommendations are in line with those of the National Photonics Initiative and may be downloaded at http://1.usa.gov/1r9S6AA.
Support for photonics R&D—and product development—has long been part of CLEO, which takes place in San Jose, CA from June 8 to 13. In addition to technical sessions, special events, and the exhibition, I will be presenting the 2014 CLEO/Laser Focus World Innovation Award. Congratulations to the winner, Daylight Solutions, for its laser-based infrared microscope, and to honorable mentions Aurea Technology for its high-brightness twin-photon source and Hübner for its full-visible-range tunable CW OPO. You can read much more about these innovative products starting on page 29.
And, of course, this issue highlights some of the most cutting-edge developments to be found anywhere in the world, from a special report on the quantum security workshop held during OFC (see page 17) to a feature article by the director of the Shanghai Institute of Optics and Fine Mechanics celebrating 50 years of research into fusion, cold-atom physics, and high-power laser materials (see page 33). With coverage of other fields such as optofluidics (see page 59), optical fiber for medical applications (see page 47), a new generation of mid-IR lasers (see page 63), and novel fiber lasers (see page 51), I think you will find resources for whichever directions global photonics research is headed.