Community
Chat
Adobe Connect
Maps
Support
APAN Community
Site
Search
User
Community
Chat
Connect
Maps
Translate
Support
Site
Search
User
Working Groups
AFOSR
Research Areas
Internal Cooling of Fiber and Disc Lasers by Radiation Balancing and other Optical or Phonon Processes
Research Areas
Events
Upload Report Deliverables
Request a No Cost Extension
Public File Share
Presentations Directory
More
Cancel
New
AFOSR requires membership for participation - click to join
-
AFOSR Funded Projects
Centers of Excellence
-
Multidisciplinary Research Program of the University Research Initiative (MURI)
-
Active AFOSR MURI Grants
+
2018 MURI Grants
+
2017 MURI Grants
-
2016 MURI Grants
High Speed AttoJoule/Bit Passive and Active Nanophotonic Devices for Computing and Optical Interconnects
Internal Cooling of Fiber and Disc Lasers by Radiation Balancing and other Optical or Phonon Processes
Multidisciplinary Approaches to Radiation Balanced LasErs (MARBLE): Rare-Earths and Semiconductors in Disks, Fibers, and Microstructures
Next Generation Advances in Ionosphere Thermosphere Coupling at Multiple Scales for Environmental Specification and Prediction
Photonic Quantum Matter
Ultralow Power, Ultrafast, Integrated Nano-Optoelectronics
Universal Electromagnetic Surface: Exploiting active electronics and active origami to generate a programmable electromagnetic response
+
2015 MURI Grants
+
2014 MURI Grants
+
2013 MURI Grants
+
Inactive AFOSR MURI Grants
+
Research Areas
+
AFOSR Workshops & Reviews
+
Educational and Special Programs
+
International Division (Research Areas - International Office)
2018 Joint AFOSR High-Speed Aerodynamics and ONR Hypersonics Programs Annual Review
+
Special Events and Lectures
Internal Cooling of Fiber and Disc Lasers by Radiation Balancing and other Optical or Phonon Processes
Revision
Creation Date
Revision Author
Select All
Current Revision
11 Sep 2018 7:42 PM
Erin.Krayer
1
Revision #1
29 May 2018 7:18 PM
Erin.Krayer
Compare Versions
View current version