ACL identifies and transitions advances in basic research for use in real-world applications, with particular emphasis on antennas, electromagnetics, counter-proliferation technologies, and integrated analysis of signals and systems. ACL possesses extensive capabilities for numerical modeling, experimentation, and characterization to prove new technologies and concepts.
ACL conducts research and development over a broad range of topics, most notably:
- Electromagnetic analysis and measurements
- Radio frequency (RF) and infrared (IR) signatures
- Antennas, radomes, and frequency selective surfaces
- Materials science and characterization
- Counter-proliferation technologies
- Integrated analysis of signals and systems
ACL maintains world-class numerical modeling, experimental, and characterization capabilities, with facilities devoted to:
- Computational electromagnetics
- Radar cross-section measurements
- Antenna characterization
- Electromagnetic materials characterization
- Experimental ion trapping for quantum computing and technology development
- Optical measurements
Specific ACL prototypes that have recently extended the state-of-the-art include: electrically thin, broadband antennas; low-power consumption agile beam antennas for communications; software-defined antennas; radio frequency (RF) and infrared (IR) custom meta-material structures for management/control of signatures.