Innovate. Collaborate. Advance.
We're enhancing technologies for automotive, aerospace
and defense that make us safer, support our national security
and improve our quality of life. More>
HRL's GaN Transistors Available to Commercial Customers
GaN HEMT technology offers significant advantages for high-data-rate wireless links, radars and active sensors. More>
HRL Researchers Develop World's Lightest Material. Video available. More >
Smart People;
Groundbreaking R&D
Since our inception in 1997, we've advanced the state of the art in a number of technology
areas.
Microelectronics
Information & Systems Science
Sensors & Materials
Applied Electromagnetics
Foundry Services
Commercial MMIC Products
Machine Shop
More than 690 Patents Issued!
HRL was issued more than 80 patents in 2011. More>
Center for Neural and Emergent Systems (CNES)
The center is exploring new computing paradigms to create bio-inspired, intelligent machines that can interact with and learn from their environments. More>
CT2WS
The Cognitive Technology Threat Warning System—the world’s first “cognitive-neural” binocular threat-detection technology—could bring new advantages to the battlefield. More>
HRL news
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04/2012 - HRL Researcher Dan Gregoire Elevated to IEEE Senior Member More >
- 01/2012 - HRL's Narayan Srinivasa Speaks at TEDx Malibu: The researcher discusses his work in developing machines that can learn to perceive at the local event. TED.com.
More Headlines >
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HRL in Nature
The January 19 issue of Nature contains an HRL-authored paper titled "Coherent singlet-triplet oscillations in a silicon-based double quantum dot." Read the article. -
Careers at HRL
We offer challenging work and exciting career opportunities in an ideal location overlooking the Pacific Ocean.
See our Careers section.
04/2012 - HRL Recognized at RadTech 2012 for UV Process to Develop the World's Lightest Material More >
03/2012 - Artificial synapses could lead to advanced computer memory and machines that mimic biological brains More >
02/2012 - Researchers Continue Neurocognitive Modeling of Human Sensemaking in ICArUS Program More >
