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Defense Intelligence Reference Document Aerospace Applications of Programmable Matter

Defense Intelligence Agency · 20 pages · text from the file's own layer

This Defense Intelligence Reference Document, prepared by the Defense Intelligence Agency under its Advanced Aerospace Weapon System Applications (AAWSA) Program and dated 14 December 2009, is a white paper on programmable matter and smart materials. It covers quantum dots, metamaterials, liquid crystals, dynamic windows and spacecraft thermal management, and describes a future space station scenario. It concludes that even partial realization could bring significant gains in spacecraft energy efficiency, safety and mission flexibility.

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Contents
Introduction ...........................................................................................................iv
Four Kinds of Atoms ............................................................................................... 1
Natural Atoms .................................................................................................... 1
Quantum Dots .................................................................................................... 1
Photonics and Meta materials ............................................................................. 3
Liquid Crystals ................................................................................................... 4
"Impossible" Materials ........................................................................................... 5
Advantages of Dynamic Materials .......................................................................... 5
Early Commercialization of Smart Materials ........................................................... 8
Thermal Management of Spacecraft ....................................................................... g
Energy-Scavenging Spacecraft Skins .................................................................... 11
Advanced Concepts in Programmable Materials ................................................... 12
Scenario for Possible Applications ........................................................................ 13
Directions for Future Research ............................................................................. 14
Conclusions .......................................................................................................... 16
Figures
1. Energy Levels of a Metal and a Semiconductor ................................................... 2
2. Quantum Dot ...................................................................................................... 3
3. Programmable Materials .................................................................................... 3
4. Wellstone Fiber .................................................................................................. 6
5. Assorted views of RavenWindow and Ravenlight Filters in the Cold
(Transparent) and Hot (Reflective) State ........................................................... 8
6. RavenWindow Smart Window Film Performance vs. Leading Incumbent Window
Filters ................................................................................................................. 9
7. Peltier Junction Heat Pump .............................................................................. 10
Tables
1. Daily Household Energy Consumption (USA, 1993-1997) ................................. 11
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