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Conventional planar processes create an array of silicon optoelectronics components that are then formed into an eye-shape camera, reducing optical distortions and aberrations that occur in flat-sensor camera designs. (University of Illinois at Urbana-Cha
Array of photodiode and p-n junction-blocking diodes with metal inter-connects allows capture of visible images. Conventional planar processes are used to create an array of silicon optoelectronics components that are then formed into an eye-shape camera, reducing optical distortions and aberrations that occur in flat-sensor camera designs.( University of Illinois at Urbana-Champaign Image)
Atomic Layer Deposition
Transmission Electron Microscopy (TEM) image of aluminum oxide ALD on a boron nitride nanoparticle. (Image courtesy of Steven M. George, University of Colorado, Boulder)
Atomic Layer Deposition
Steven M. George a professor of chemistry and chemical engineering at the University of Colorado, Boulder has been responsible for several unique breakthroughs in the field of Atomic Layer Deposition, or ALD. The ALD method allows one to control the physical and chemical properties of materials one atomic layer at a time, and depending on what materials you are depositing on a surface, you get different results—and some are incredibly unique. (Image courtesy of Steven M. George, University of Colorado, Boulder)
AFOSR MC AFOSR MURI Research in Microscale Heat Transfer Promises to Benefit Military Systems
Graduate student Huarui Sun performs sensitive measurement of interfacial thermal transport using an ultrafast laser system. (Credit: Abhishek Yadav)
Confocal micrograph
Confocal micrograph of an actin-filamin network. Credit: Kurt Schmoller, Technische Universtaet Muenchen (Technical University of Munich)
Dark-field optical image
A dark-field optical image of a silicon photonic chip is shown in comparison to the size of a penny.(Credit: Elijah Douglas Christenson)
AFOSR MC Kick-off Event for University Nanosat Program Occurs January 17, 2011 in Albuquerque, N.M.
NS-3 winner FASTRAC on its way to orbit. (Credit: David Voss, AFRL)
Heat resistant ceramic coating research promising for future aerospace vehicles
University of Arizona Professor Erica L. Corral (second from left) with her undergraduate and graduate research assistants review research findings in the high-temperature ceramics lab. The UA students shown from left to right are Doctoral candidates David Pham and Luke S. Walker and undergraduate research assistants Victoria Marotto and Mario Valdez. Air Force Office of Scientific Research is supporting the effort for future hypersonic aerospace applications. (Courtesy photo/Pete Brown, University of Arizona)
AFOSR MC Air Force Flight Control Improvements May Result from Flying Insect Research at Caltech
Virtual reality tunnel for fruit flies allows simultaneous tracking of freely flying flies and computer projected imagery on the walls and floor of the arena. (Credit: Dr. Andrew Straw, Caltech).
Benter Award Winner Explores the World of Imaging Research
Dr. George Papanicolaou, AFRL-funded researcher and Stanford University mathematics professor, earned the first William Benter Prize in Applied Mathematics. The biennial honor recognizes his mathematical contributions to solving problems in engineering, physics, and similarly complex arenas. (Photo courtesy of Stanford University)
AFOSR MC Nanostructuring Technology Creates Energy Efficient and Ultra-Small Displays
Schematic of color filters made of Plasmonic nano-resonators (Credit: to L. Jay Guo of University of Michigan)
Microrobotic Fly
Recent prototype of the Harvard Microrobotic Fly, a three-centimeter wingspan flapping-wing robot. (Credit: Ben Finio, The Harvard Microrobotics Lab)
Portable Laser Backpack
A portable, laser backpack for 3D mapping has been developed at the University of California, Berkeley (UCB) where it is being hailed as a breakthrough technology capable of producing fast, automatic and realistic 3D mapping of even difficult interior environments. Credit: John Kua, University of California, Berkeley
Dr. David Awschalom
Dr. David Awschalom, professor of physics at the University of California, Santa Barbara has been selected as the recipient of the 2010 Materials Research Society (MRS) Turnbull award for research funded in large measure by the Air Force Office of Scientific Research (AFOSR).
Improving Security for Cloud Computing
Prof. Thuraisingham is explaining assured information sharing concepts to Ph.D. student Mr. Jeffrey Partyka in UTD's Cloud Computing Laboratory. Prof. Latifur Khan and Ph.D Student M. Farhan are listening to the discussions. (Credit: UTD)
Researchers Compute the Way to Better Resource Exploitation
Lab-funded Colorado State University researchers are leveraging diverse research backgrounds in addressing complicated logistical issues related to the Air Force's best possible use of resources. (AF photo, Capt. Dustin Doyle)
MUPI Conference Reception Features Keynote on AFRL Opportunities
Mr. Ed Lee, AFRL Historically Black Colleges and Universities/Minority Institutions program manager, recently delivered a presentation on AFRL opportunities to 2010 Member University Professional Institute Conference goers. (AFRL image)
AFOSR Initiates Russian and U.S. Scientists’ Collaboration in Plasma Aerodynamics
Scientists from the U.S. and Russia, engaged in a unique collaboration organized by the Air Force Office of Scientific Research (AFOSR), are conducting research in high-speed wind tunnel facilities to make discoveries in plasma-assisted combustion and plasma-based flow control. (Credit: Surampudi, EOARD)
Team America Rocketry Challenge
AFOSR Program Manager, Dr. David Luginbuhl (l), discussed educational opportunities at AFOSR with high school students during the Team America Rocketry Challenge. (U.S. Air Force Photo by LeAndrea White)
Improving UAVs with Holographic Adaptive Optics
An image of a hologram lit by white light. (Credit: Geoff Andersen, USAF Academy)