HOME Top Market Reports Metamaterials Market by Device Type (Antennas, Superlens, Cloaking Devices, Absorbers), Metamaterial Type (Electromagnetic, Terahertz, Photonic, Tunable, Frequency Selective Surface, Non-Linear), Application & Geography - Trends & Global Forecasts to 2025

Metamaterials Market by Device Type (Antennas, Superlens, Cloaking Devices, Absorbers), Metamaterial Type (Electromagnetic, Terahertz, Photonic, Tunable, Frequency Selective Surface, Non-Linear), Application & Geography - Trends & Global Forecasts to 2025

By: marketsandmarkets.com
Publishing Date: April 2014
Report Code: SE 2430

 

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Metamaterials are artificial materials engineered to provide physical properties which are not easily available in nature. They are basically formed from the combination of a large number of elements ranging from metals to plastic, all arranged in a periodical pattern which enables them to have superior and exceptional characteristics over the conventional materials. Metamaterials gain these exceptional properties from the structure rather than the composition of inhomogeneties infused in them. The major advantage that metamaterials have over their conventional counterparts is that the conventional materials derive from their electromagnetic characteristics properties of atoms and molecules whereas,metamaterials allow us to design our own atoms, thus, enabling us to access new functionalities such as invisibility and imaging with unlimited resolution. This report primarily deals with global metamaterials market and its trend over the next twelveyears.

Metamaterials promise new options to influence all types of fields and waves including electric and magnetic fields, the electromagnetic spectrum (radio frequencies to light), and acoustics. There are diverse potential applications in devices such as antennas, cloaking devices, superlens, absorbers, and fiber lasers, out of which antennas and absorbers will be the first ones to be developed and commercialized. Metamaterial antennas differ from conventional antennas in terms of both performance and size. They offer high tunable directivity, tunable operational efficiency along with improved bandwidth and increased radiated power by radiating almost 95% of the input signal and in the same time keeping its dimensions one-fifth of the wavelength incident at it.

Cloaking devices are a stealth technology that renders objects, wholly or partially invisible to the parts of the electromagnetic spectrum.Superlens is a lens that can achieve resolution beyond the diffraction limit i.e. resolution greater than that of ordinary optical microscopes.Absorbers are artificial materials designed specifically to stop the transmission and reflection of electromagnetic radiations. Absorbers designed using metamaterials are known as metamaterial absorbers. The rate of absorption by metamaterial absorbers is very high as compared to their conventional counterparts.

Apart from the above applications, metamaterials also also show promising growth in optical and microwave applications.As the density of metamaterials is low compared to their conventional counterparts,the components, devices, and systems made by them can be lightweight and small, while at the same time enhancing component and system performance.
Almost all new technologies have potential limitations and barriers to their exploitation; for metamaterials, these include bandwidths, losses and suitable constituent materials at all wavelengths, and fabrication losses. Bandwidthsare being increased using tunable materials while losses are being reduced with active gain media. The impact of metamaterials on potential applications is greatly enhanced by the advances in combination with its constituents.

This research report covers the entire spectrum of metamaterials used across various applications such as aerospace anddefense, medical instrumentation, optics, sensing, and telecommunication. The entire market has been segmented by the type of metamaterials into electromagnetic, terahertz, photonic, tunable, non-linear, and frequency selective surface (FSS) based metamaterials.Out of these, electromagnetic metamaterials are the fastest growing type and the largest in terms of global consumption with a market share of 40% to 45% by 2025. This report also covers the various metamaterial devices such as antennas, superlens, cloaking devices, absorbers, and microwave/optical devices. In terms of devices, antennas are the market leader and will continue to do so over the coming years.The different geographical regions covered in this report include North America, Europe, Asia Pacific (APAC), and Rest of the World (ROW), with North America as the expected market leader followed by Europe.

The report also highlights all the factors currently driving the market as well as the restraints and opportunities for the global market. It also deals with the burning issues pertaining to the market andthe winning imperatives for players to gain a competitive edge in the industry. The report profiles all the major companies involved in this segment covering their entire product offerings, financial details, strategies, and recent developments.

Table Of Contents 
 
1 Introduction (Page No. - 19)
 
  1.1 Objectives
  1.2 Report Description
  1.3 Markets Covered
  1.4 Stakeholders
  1.5 Research Methodology
      1.5.1 Key Data Points Taken From Secondary Sources
      1.5.2 Key Data Points Taken From Primary Sources
      1.5.3 Assumptions Made For This Report
      1.5.4 List Of Companies Covered During The Study

2 Executive Summary (Page No. - 29) 

3 Market Overview (Page No. - 34) 
  3.1 Introduction
  3.2 Market Definition
  3.3 History & Evolution
  3.4 Market Trends
  3.5 Market Dynamics
      3.5.1 Drivers
            3.5.1.1 Variety In Design Functionalities
            3.5.1.2 Large Investments By Federal Agencies
      3.5.2 Restraints
            3.5.2.1 Number Of Fabrication Methods
            3.5.2.2 Cost Of Synthesization
      3.5.3 Opportunities
            3.5.3.1 Continuously Emerging Applications
  3.6 Burning Issue
      3.6.1 Unavailability Of Technology
  3.7 Winning Imperative
      3.7.1 Potential Applications In Telecommunication, Aerospace, And Defense Sector
  3.8 Value Chain
      3.8.1 Research Institutes And Laboratories
      3.8.2 Universities
      3.8.3 Government Funded Agencies
      3.8.4 Original Device Manufacturers (Odm)
      3.8.5 Original Equipment Manufacturers (Oem)
      3.8.6 End-Users

4 Metamaterial Market By Type (Page No. - 48)
  4.1 Introduction
  4.2 Electromagnetic Metamaterials
      4.2.1 Types Of Electromagnetic Metamaterials
            4.2.1.1 Double Negative Metamaterials (Dng)
            4.2.1.2 Single Negative Metamaterials (Sng)
            4.2.1.3 Electromagnetic Bandgap Metamaterials (Ebg)
            4.2.1.4 Double Positive Medium (Dps)
            4.2.1.5 Bi-Isotropic And Bi-Anisotropic Metamaterials
            4.2.1.6 Chiral Metamaterials
      4.2.2 Electromagnetic Metamaterials Market By Application
            4.2.2.1 Aerospace And Defense Applications
            4.2.2.2 Medical Instrumentation Applications
            4.2.2.3 Optics Applications
            4.2.2.4 Sensing Applications
            4.2.2.5 Telecommunication Applications
      4.2.3 Electromagnetic Metamaterials Market By Geography
  4.3 Terahertz Metamaterials
      4.3.1 Terahertz Metamaterials Market By Application
            4.3.1.1 Aerospace And Defense Applications
            4.3.1.2 Medical Instrumentation Applications
            4.3.1.3 Optics Applications
            4.3.1.4 Sensing Applications
            4.3.1.5 Telecommunication Applications
      4.3.2 Terahertz Metamaterials Market By Geography
  4.4 Photonic Metamaterials
      4.4.1 Photonic Metamaterials Market By Application
            4.4.1.1 Medical Instrumentation Applications
            4.4.1.2 Optics Applications
            4.4.1.3 Telecommunication Applications
      4.4.2 Photonic Metamaterials Market By Geography
  4.5 Tunable Metamaterials
      4.5.1 Tunable Metamaterials Market By Application
            4.5.1.1 Aerospace And Defense Applications
            4.5.1.2 Medical Instrumentation Applications
            4.5.1.3 Sensing Applications
            4.5.1.4 Telecommunication Applications
      4.5.2 Tunable Metamaterials Market By Geography
  4.6 Frequency Selective Surface (Fss) Based Metamaterials
      4.6.1 Fss Based Metamaterials Market By Application
            4.6.1.1 Aerospace And Defense Applications
            4.6.1.2 Medical Instrumentation Applications
            4.6.1.3 Sensing Applications
            4.6.1.4 Telecommunication Applications
      4.6.2 Fss Based Metamaterials Market By Geography
  4.7 Non-Linear Metamaterials
      4.7.1 Non-Linear Metamaterials Market By Application
            4.7.1.1 Aerospace And Defense Applications
            4.7.1.2 Medical Instrumentation Applications
            4.7.1.3 Optics Applications
            4.7.1.4 Telecommunication Applications
      4.7.2 Non-Linear Metamaterials Market By Geography

5 Market By Device Type (Page No. - 98) 
  5.1 Introduction
  5.2 Antennas
  5.3 Superlens
  5.4 Cloaking Devices
  5.5 Absorbers

6 Market By Application (Page No. - 106) 
  6.1 Introduction
  6.2 Aerospace & Defense
      6.2.1 Market By Type
      6.2.2 Market By Geography
  6.3 Medical Instrumentation
      6.3.1 Magnetic Resonance Imaging (Mri)
      6.3.2 Ultrasound Imaging
      6.3.3 Oral And Oncology
      6.3.4 Biomedical
            6.3.4.1 Cancer Detection
            6.3.4.2 Microwave Hyperthermia
            6.3.4.3 Wireless Strain Sensing
      6.3.5 Market By Type
      6.3.6 Market By Geography
  6.4 Optics
      6.4.1 Market By Type
      6.4.2 Market By Geography
  6.5 Sensing
      6.5.1 Biosensor
      6.5.2 Thin-Film Sensor
      6.5.3 Wireless Strain Sensor
      6.5.4 Market By Type
      6.5.5 Market By Geography
  6.6 Telecommunication
      6.6.1 Market By Type
      6.6.2 Market By Geography

7 Market By Geography (Page No. - 127) 
  7.1 Introduction
  7.2 North America
      7.2.1 Market By Type
      7.2.2 Market By Application
  7.3 Europe
      7.3.1 Market By Type
      7.3.2 Market By Application
  7.4 Apac
      7.4.1 Market By Type
      7.4.2 Market By Application
  7.5 Row
      7.5.1 Market By Type
      7.5.2 Market By Application

8 Competitive Landscape (Page No. - 141) 
  8.1 Introduction
  8.2 Competitive Analysis
  8.3 Key Growth Stategies
  8.4 Analysis Of New Projects & Product Development
  8.5 Analysis Of Partnerships/Contracts
  8.6 Analysis Of Other Developments

9 Company Profiles (Overview, Products And Services, Financials, Strategy & Development)* (Page No. - 149) 
  9.1 Applied Em
  9.2 Jem Engineering
  9.3 Kymeta Corporation
  9.4 Metamagnetics
  9.5 Metamaterial Technologies Inc.
  9.6 Microwave Measurement Systems Llc
  9.7 Nanohmics Inc.
  9.8 Nanosonic Inc.
  9.9 Plasmonics Inc.
  9.10 Teraview
*Details On Overview, Products And Services, Financials, Strategy & Development Might Not Be Captured In Case Of Unlisted Companies. 
 
  
List Of Tables (80 Tables)  
  
Table 1 General Assumptions, Terminologies, And Application Keynotes
Table 2 Metamaterials Market: List Of Companies Covered
Table 3 Market Size, By Type, 2013-2025 ($Million)
Table 4 Market Size By Application, 2013-2025 ($Million)
Table 5 Market Size, By Geography, 2013-2025 ($Million)
Table 6 Market Size, By Type, 2013-2025 ($Million)
Table 7 Electromagnetic Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 8 Aerospace & Defense: Electromagnetic Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 9 Medical Instrumentation: Electromagnetic Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 10 Optics: Electromagnetic Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 11 Sensing: Electromagnetic Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 12 Telecommunication: Electromagnetic Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 13 Electromagnetic Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 14 Terahertz Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 15 Aerospace & Defense: Terahertz Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 16 Medical Instrumentation: Terahertz Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 17 Optics: Terahertz Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 18 Sensing: Terahertz Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 19 Telecommunication: Terahertz Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 20 Terahertz Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 21 Photonic Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 22 Medical Instrumentation: Photonic Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 23 Optics: Photonic Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 24 Telecommunication: Photonic Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 25 Photonic Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 26 Tunable Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 27 Aerospace & Defense: Tunable Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 28 Medical Instrumentation: Tunable Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 29 Sensing: Tunable Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 30 Telecommunication: Tunable Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 31 Tunable Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 32 Fss Based Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 33 Aerospace & Defense: Fss Based Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 34 Medical Instrumentation: Fss Based Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 35 Sensing: Fss Based Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 36 Telecommunication: Fss Based Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 37 Fss Based Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 38 Non-Linear Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 39 Aerospace & Defense: Non-Linear Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 40 Medical Instrumentation: Non-Linear Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 41 Optics: Non-Linear Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 42 Telecommunication: Non-Linear Metamaterials Market Size, By Geography,  2013-2025 ($Million) 
Table 43 Non-Linear Metamaterials Market Size, By Geography, 2013-2025 ($Million)
Table 44 Metamaterial Based Antennas Market Size, 2013-2025 ($Million)
Table 45 Metamaterial Based Superlens Market Size, 2013-2025 ($Million)
Table 46 Metamaterial Based Cloaking Devices Market Size, 2013-2025 ($Million)
Table 47  Metamaterial Based Absorbers Market Size, 2013-2025 ($Million)
Table 48 Metamaterials Market Size, By Application, 2013-2025 ($Million)
Table 49 Aerospace & Defense: Metamaterials Market Size, By Type, 2013-2025 ($Million)
Table 50 Aerospace & Defense: Market Size, By Geography, 2013-2025 ($Million)
Table 51 Medical Instrumentation: Metamaterials Market Size, By Type, 2013-2025 ($Million)
Table 52 Medical Instrumentation: Market Size, By Geography, 2013-2025 ($Million)
Table 53 Optics: Metamaterials Market Size, By Type, 2013-2025 ($Million)
Table 54 Optics: Market Size, By Geography, 2013-2025 ($Million)
Table 55 Comparison Of Biosensors
Table 56 Sensing: Metamaterials Market Size, By Type, 2013-2025 ($Million)
Table 57 Sensing: Market Size, By Geography, 2013-2025 ($Million)
Table 58 Telecommunication: Metamaterials Market Size, By Type, 2013-2025 ($Million)
Table 59 Telecommunication: Market Size, By Geography, 2013-2025 ($Million)
Table 60 Metamaterial Market Size, By Geography, 2013-2025 ($Million)
Table 61 North America: Metamaterial Market Size, By Type, 2013-2025 ($Million)
Table 62  North America: Market Size, By Application, 2013-2025 ($Million)
Table 63 Europe: Metamaterial Market Size, By Type, 2013-2025 ($Million)
Table 64 Europe: Market Size, By Application, 2013-2025 ($Million)
Table 65 APAC: Metamaterial Market Size, By Type, 2013-2025 ($Million)
Table 66 APAC: Market Size, By Application, 2013-2025 ($Million)
Table 67 Row: Metamaterial Market Size, By Type, 2013-2025 ($Million)
Table 68 Row:  Market Size, By Application, 2013-2025 ($Million)
Table 69 New Projects/New Product Development (2010-2014)
Table 70 Partnerships/Contracts (2012-2013)
Table 71 Other Developments (2011-2014)
Table 72 Applied Em: Company Snapshot
Table 73 Jem Engineering: Company Snapshot
Table 74 Metamagnetics: Company Snapshot
Table 75 Metamaterial Technologies Inc.: Company Snapshot
Table 76 Microwave Measurement Systems Llc: Company Snapshot
Table 77 Nanohmics Inc.: Company Snapshot
Table 78 Nanosonic Inc.: Company Snapshot
Table 79 Plasmonics Inc.: Company Snapshot
Table 80 Teraview: Company Snapshot
 
  
List Of Figures (22 Figures)  
 
Figure 1 Metamaterials: Market Segmentation
Figure 2 Determining The Commercialization Year Of Metamaterial Applications
Figure 3 Market Segmentation: Metamaterials
Figure 4 Evolution Of Metamaterials
Figure 5 Metamaterials: Impact Analysis Of Market Drivers, 2015-2025
Figure 6 : Impact Analysis Of Market Restraints, 2015-2025
Figure 7 Value Chain Of Metamaterials Market
Figure 8 Analysis Of Key Growth Strategies: Metamaterials (2010-2014)
Figure 9  Applied Em: Product Portfolio
Figure 10 Applied Em: Swot Analysis
Figure 11 Jem Engineering: Antenna Designs
Figure 12 Jem Engineering: Swot Analysis
Figure 13 Kymeta Corporation: Company Snapshot
Figure 14 Kymeta Corporation: Product Portfolio
Figure 15 Kymeta Corporation: Swot Analysis
Figure 16 Metamagnetics: Product Portfolio
Figure 17 Microwave Measurement Systems Llc: Product Portfolio
Figure 18 Microwave Measurement Systems Llc: Swot Analysis
Figure 19 Nanosonic Inc.: Products And Services
Figure 20 Plasmonics Inc.: Product Portfolio
Figure 21 Teraview: Product Portfolio
Figure 22 Teraview: Swot Analysis 

Metamaterials Market (2013-2025): By Metamaterial Type (Electromagnetic, Terahertz, Photonic, Tunable, Frequency Selective Surface, Non-Linear); Device Type (Antennas, Superlens, Cloaking Devices, Absorbers); Application,& Geography

Although artificial materials were discovered a long time ago,significant developments and researches on their synthesis started only in the last decade due to unavailability of technology. Experts all over the world are conducting research and development activitiesrelated to this conceptwith several positive signs for this technology; however, it will still take another 5 to 10 years to realize theirreal potential.

Metamaterials are artificially engineered materials that offer many unique advantages over their conventional counterparts as they have properties that are not readily found in nature. They gain their unique properties from the structure of the inhomogeneties infused in them and not from their composition. Some of the unique properties offered by metamaterials are negative index of refraction and ability to bend light waves in the intended direction. Due to such unique properties, metamaterials have a long list of potential applications that includes invisible cloaking devices, superlens, flat antennas, and absorbers which are not possible with traditional materials found in nature.

The market segmentation revolves around four verticals namely types of artificial materials,device types, application, and geography. The market is expected to grow at a CAGR of 41.25% to reach $643 million by 2025.

Few of the major companies profiled in the report are Kymeta (U.S.), Applied EM (U.S.), Teraview (U.K.), JEM Engineering (U.S.), Plasmonics Inc. (U.S.), and Microwave Measurement Systems LLC (U.S.).

Metamaterials Market Value, by Type, 2013-2025 ($Millions)

Metamaterials Market

Source: MarketsandMarkets Analysis

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