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Nanotechnology ImpactDriving the Materials Revolution
Travis EarlesAdvanced Materials & Nanotechnology Initiatives
OECD / NNI Symposium
27 March 2012
2012 Lockheed Martin Corporation. All Rights Reserved.
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Focus Areas and Approaches Materials and Structures
Revolutionary composites and polymers
Affordable and sustainable manufacturing
Broader supplier base
Energy Conversion and Storage Solar coatings, flexible photovoltaics
Advanced batteries and supercapacitors
Sensors and Electronics Broad-band infrared
Chem/bio sensors
Flexible electronics
Modeling and Simulation
Reduce cost, accelerate development Understand results, provide direction
Create design tools
Harness The Power of Nature Biomimetics
Novel computational approaches andarchitectures
Adaptation and stealth
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R&D Coordination and Support
Materials&
Structures
Sensors&
Electronics
Energy
Modeling&
Simulation
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Structures
Need: Light weight material thatleverages low cost manufacturing
processes to bring producible and
affordable solutions for complex
designs. #$%& '()*+,%-&'-.#/,, $#%0/ #&12% 3+&12%
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ADVANCED POLYMERS ENGINEERED FOR THE
EXTREME
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Energy Storage and Efficiency
Solid-state lithium-ion batteries(high capacity, long life)
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. '%/&'&'1)#&%2&$7-& ')6/%%+0&+,N)
@2+07/#)0$'/3/;)/'4), #9+'%)
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#&%2&$7)%+.2' # 1;)
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Electronics and Sensors
Memory non-volatile / L2cache (rad-hard)
Photon sensors
(platform flexibility)
Thermal management (efficiency)
FPGAs
(reprogrammability)
Lockheed Martin Nanosystems
Cabling
Power distribution
Complimentary logic
(rad-hard, low power)
Environmental
sensors
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