メタマテリアルの世界市場2016-2023...市場調査レポートについてご紹介

Executive Summary
E.1 Four reasons why metamaterials is a current opportunity: up from cloaking
E.1.1 Metamaterials enables consumer electronics
E.1.2 Next-generation metamaterials as a start up opportunity
E.1.3 Metamaterials capitalizing on the smart materials boomlet
E.1.4 Metamaterials and the need for Lighter Safer Materials
E.2 Barriers and challenges for the commercialization of metamaterials
E.2.1 Lack of customer awareness of metamaterials
E.2.2 Technical difficulties
E.2.3 Length of development cycle
E.2.4 Cost
E.2 Ten-Year Forecasts of metamaterials
E.2.1 Forecast by type of metamaterial
E.2.2 Forecast by application/end-user Industry
E.2.3 Forecast by customer geography
E.3 Funding for metamaterials
E.3.1 DARPA and NATO
E.3.2 Funding in China
E.3.3 Funding in Japan
E.3.4 Funding in Europe
E.3.5 VCs and metamaterials
E.4 Six Companies that will shape the metamaterial business

Chapter One Introduction
1.1 Background to this report
1.2 Objective and scope of this report
1.3 Methodology of this report
1.3.1 Outline of forecast methodology
1.4 Plan of this report

Chapter Two: Metamaterials: Technology and Products
2.1 Core factors driving the commercialization of metamaterials
2.2 Electromagnetic metamaterials: dominant for now
2.2.1 State of the art
2.2.2 New directions for R&D and commercialization
2.2.3 Ten-year forecast of electromagnetic metamaterials revenues by end user
2.3 Terahertz metamaterials
2.3.1 R&D directions
2.3 2 Ten-year forecast terahertz metamaterials revenues by end user
2.4 Photonic metamaterials
2.4.1 R&D directions
2.4 2 Ten-year forecast of photonics metamaterials revenues by end use
2.5 Tunable metamaterials
2.5.1 R&D directions
2.5 2 Ten-year forecast of tunable metamaterials revenues by end use
2.6 Frequency selective surface (FSS) metamaterials
2.6.1 R&D directions
2.6.2 Ten-year forecast of FSS metamaterials revenues by end use
2.7 Non-linear metamaterials
2.7.2 R&D directions
2.7.3 Ten-year forecast of non-linear metamaterials revenues by end use
2.8 New platforms for metamaterials
2.8.1 Precious metals
2.8.2 Graphene
2.8.3 Nanocomposites
2.8.4 Other
2.9 Key points made in this chapter

Chapter Three: Markets for Metamaterials
3.1 Aerospace and defense: the realities of revenue generation
3.1.1 Current and near-term applications
3.1.2 Future applications: a word about cloaking technology
3.1.3 Ten-year forecast of metamaterials in aerospace and defense
3.2 Consumer electronics: Wi-Fi routers, cell phones and beyond
3.2.1 Current and near-term applications
3.2.2 Future applications: wearables and IoT
3.2.3 Ten-year forecast of metamaterials in consumer electronics
3.3 Metamaterials in medical markets
3.3.1 Current and near term applications: imaging and diagnostics
3.3.2 Future applications
3.3.3 Ten-year forecast of metamaterials in medical markets
3.4 Metamaterials and solar energy markets
3.4.1 Market potential
3.4.2 Ten-year forecast of metamaterials in solar energy markets
3.5 Other market opportunities for metamaterials in sensing
3.5.1 Ten-year forecast of metamaterials in sensing
3.6 Other market opportunities for metamaterials in optics
3.6.1 Ten-year forecast of metamaterials in optics materials
3.7 Emerging markets for metamaterials: automotive and others
3.7.1 Ten-year forecast of metamaterials in other markets
3.8 Key points made in this chapter

Chapter Four: Analysis of Leading Metamaterials Firms
4.1 Echodyne
4.2 Eureka
4.3 Evolve
4.4 Fractal Antenna Systems
4.5 Inframat
4.6 Intellectual Ventures
4.7 Kymeta
4.8 Lamda Guard Products
4.9 Lamda Lux
4.10 Lamda Solar
4.11 LG
4.12 Mediwise
4.13 Metamaterial Technologies
4.14 Nanohmics
4.15 Nanometa
4.16 NEC
4.17 NKT Photonics
4.18 Panasonic
4.19 Plasmonic
4.20 Rayspan
4.21 Raytheon
4.22 REC
4.23 Sumitomo
4.24 Vacuumschmelze
4.25 Xerox PARC