Metamaterial Countermeasure and Defeat Program (MCDP) Navy SBIR FY2009.1 Sol No.: Navy SBIR FY2009.1 Topic No.: N091-042 Topic Title: Metamaterial Countermeasure and Defeat Program (MCDP) Proposal No.: N091-042-1561 Firm: Eclipse Energy Systems, Inc. 2345 Anvil Street North St. Petersburg, Florida 33710-3905 Contact: Rand Dannenberg Phone: (727) 344-7300 Web Site: eclipsethinfilms.com Abstract: There is an urgent need for the modeling of Metamaterials and the identification of countermeasures. Metamaterials with novel properties have been shown theoretically to provide enhanced capabilities for controlling optical, RF, and acoustic signatures and for creating novel devices. This presents potential opportunities for, and threats to, existing naval systems that depend on reflected energy signals to locate and track targets by creating effective cloaking materials. The properties of materials needed to cloak objects can be realized in principle with engineered composites, or Metamaterials. However, it is not yet known how well these materials can be realized and thus to what degree this new material design paradigm may impact naval systems. The Metamaterial Countermeasure and Defeat Program (MCDP) will use advanced techniques for the creation of metamaterials to identify and create defeat mechanisms against theses new threats. The MCDP models will result in new metamaterials that will be used to develop these next generation systems that are feared by many governments. Current metamaterial research methods will be used to predict potential characteristics and capabilities. These models will be fabricated into working systems for characterization and testing to determine effective tactics or countermeasures. Benefits: Research in metamaterial technology will provide enhanced modeling capability of complex systems as well as reduced sized electronics, optics, and RF systems. Commercialization of this technology will result in improved cellular phones, GPS systems, or any component that requires antenna technology. Return