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- Metamaterial abstract "Metamaterials are artificial materials engineered to have properties that may not be found in nature. They are assemblies of multiple individual elements fashioned from conventional microscopic materials such as metals or plastics, but the materials are usually arranged in repeating patterns. Metamaterials gain their properties not from their composition, but from their exactingly-designed structures. Their precise shape, geometry, size, orientation and arrangement can affect waves of light (electromagnetic radiation) or sound in an unconventional manner, creating material properties which are unachievable with conventional materials. These metamaterials achieve desired effects by incorporating structural elements of sub-wavelength sizes, i.e. features that are actually smaller than the wavelength of the waves they affect.The primary research in metamaterials investigates materials that are able to reverse the refractive index.These materials, known as negative index metamaterials, additionally permit the creation of superlenses that can greatly increase optical resolution beyond the capability of conventional lenses, becoming a solution to the centuries old problem of diffraction-limited systems. In other work, a form of 'invisibility' has been demonstrated at least over a narrow wave band with gradient-index materials. Although the first metamaterials were electromagnetic, acoustic and seismic metamaterials are also areas of active research.Potential applications of metamaterials are diverse and include remote aerospace applications, sensor detection and infrastructure monitoring, smart solar power management, public safety, radomes, high-frequency battlefield communication and lenses for high-gain antennas, improving ultrasonic sensors, and even shielding structures from earthquakes.The research in metamaterials is interdisciplinary and involves such fields as electrical engineering, electromagnetics, solid state physics, microwave and antennae engineering, optoelectronics, classic optics, material sciences, semiconductor engineering, nanoscience and others.".
- Metamaterial thumbnail Split-ring_resonator_array_10K_sq_nm.jpg?width=300.
- Metamaterial wikiPageExternalLink metmat.
- Metamaterial wikiPageExternalLink emlab.utep.edu.
- Metamaterial wikiPageExternalLink ee5390em21.htm.
- Metamaterial wikiPageExternalLink tut_4.htm.
- Metamaterial wikiPageExternalLink Research.html.
- Metamaterial wikiPageExternalLink metamaterials.xml.
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- Metamaterial wikiPageExternalLink metamaterials.html.
- Metamaterial wikiPageExternalLink 2.
- Metamaterial wikiPageExternalLink metamaterials.
- Metamaterial wikiPageExternalLink metamaterials.duke.edu.
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- Metamaterial wikiPageExternalLink metamorphose-EU.org.
- Metamaterial wikiPageExternalLink metamorphose-VI.org.
- Metamaterial wikiPageExternalLink micromechanics.bit.edu.cn.
- Metamaterial wikiPageExternalLink e_index.html.
- Metamaterial wikiPageExternalLink lhmedia.
- Metamaterial wikiPageExternalLink 1.
- Metamaterial wikiPageExternalLink sagar.physics.neu.edu.
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- Metamaterial wikiPageExternalLink research.html.
- Metamaterial wikiPageExternalLink metamaterials.
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- Metamaterial wikiPageExternalLink metamaterials.htm.
- Metamaterial wikiPageExternalLink ALNPV.html.
- Metamaterial wikiPageExternalLink No569(OPN).pdf.
- Metamaterial wikiPageExternalLink Metamaterials-a-new-degree-of-freedom-in-high-frequency-technology.html.
- Metamaterial wikiPageExternalLink mainpart.html.
- Metamaterial wikiPageExternalLink www.metamaterials.org.uk.
- Metamaterial wikiPageExternalLink metamaterials.html.
- Metamaterial wikiPageExternalLink www.nanophotonics.se.
- Metamaterial wikiPageExternalLink lens.html.
- Metamaterial wikiPageExternalLink 18731988.
- Metamaterial wikiPageExternalLink metamaterials.html.
- Metamaterial wikiPageExternalLink www.sensormetrix.com.
- Metamaterial wikiPageExternalLink Viktor's%20Lab.pdf.
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- Metamaterial wikiPageExternalLink xlab.me.berkeley.edu.
- Metamaterial wikiPageID "906878".
- Metamaterial wikiPageRevisionID "605454159".
- Metamaterial hasPhotoCollection Metamaterial.
- Metamaterial subject Category:Acoustics.
- Metamaterial subject Category:Electromagnetism.
- Metamaterial subject Category:Emerging_technologies.
- Metamaterial subject Category:Metamaterials.
- Metamaterial subject Category:Microscopy.
- Metamaterial subject Category:Nanomaterials.
- Metamaterial type Abstraction100002137.
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- Metamaterial comment "Metamaterials are artificial materials engineered to have properties that may not be found in nature. They are assemblies of multiple individual elements fashioned from conventional microscopic materials such as metals or plastics, but the materials are usually arranged in repeating patterns. Metamaterials gain their properties not from their composition, but from their exactingly-designed structures.".
- Metamaterial label "Metamateriaal".
- Metamaterial label "Metamaterial".
- Metamaterial label "Metamaterial".
- Metamaterial label "Metamaterial".
- Metamaterial label "Metamaterial".
- Metamaterial label "Metamateriale".
- Metamaterial label "Metamateriał".
- Metamaterial label "Métamatériau".
- Metamaterial label "Метаматериал".
- Metamaterial label "المادة الخارقة".
- Metamaterial label "メタマテリアル".
- Metamaterial label "超材料".
- Metamaterial sameAs Metamateriál.
- Metamaterial sameAs Metamaterial.
- Metamaterial sameAs Metamaterial.
- Metamaterial sameAs Métamatériau.
- Metamaterial sameAs Metamateriale.
- Metamaterial sameAs メタマテリアル.
- Metamaterial sameAs 메타_물질.
- Metamaterial sameAs Metamateriaal.
- Metamaterial sameAs Metamateriał.
- Metamaterial sameAs Metamaterial.
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- Metamaterial sameAs Q497166.
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- Metamaterial sameAs Metamaterial.
- Metamaterial wasDerivedFrom Metamaterial?oldid=605454159.
- Metamaterial depiction Split-ring_resonator_array_10K_sq_nm.jpg.
- Metamaterial isPrimaryTopicOf Metamaterial.
