Dr. Xiang Zhang, in Air Force Office of Scientific Research-sponsored research at the University of California, Berkeley, has demonstrated the world’s smallest semiconductor laser (also known as a plasmonic laser), which may have military applications in communications, computing, and bio-hazard detection. “Proposed almost seven years ago, researchers had been unable to demonstrate a working plasmonic laser until our experiment,” said Zhang. He said this work is important because it has the potential to make plasmonic-based technologies “viable for a broad spectrum of applications.” The experiment involved using semi-conductor nanowires 1,000 times thinner than a human hair. The next phase of this research is to create an electrically operated version of the laser, which can be fully integrated with semiconductors without design modification. (AFOSR report by Maria Callier)
Pentagon Releases Cost of Living, BAH Rates for 2026
Dec. 30, 2025
The Pentagon will pay cost of living allowances to 127,000 service members in the continental U.S. in 2026, an increase of 66,000 members in 2025. Airmen and Guardians across the U.S. will also receive an average increase of 4.2 percent for their Basic Housing Allowance, compared to the 5.4 percent…
