From Metamaterials to Metadevices
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1 From Metamaterials to Metadevices Nikolay I. Zheludev Optoelectronics Research Centre & Centre for Photonic Metamaterials University of Southampton, UK 13 September 2012, Southampton industrial day on Metamaterials
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4 Metamaterials = Negative Index Media & Superlens? Metamaterials = Invisibility & Cloaking? Viktor Veselago (Moscow) Sir John Pendry (Imperial)
5 Metamaterials: mimicking Nature, step 1 Metamaterial is a manmade media with all sorts of unusual functionalities that can be achieved by artificial structuring smaller than the length scale of the external stimulus. NIZ. Nature Materials 7, 420 (2008) Atoms Plasmonic Resonators Natural Solid Electromagnetic Metamaterial
6 1 st Metamaterial (J.Bose, 1898) Sir Jagadish Chandra Bose, Anisotropic Meta-molecule 60GHz spark mmwave source polarizer analyzer detector J.Bose. Proc. Royal Soc. of London, 63, 146 (1898) Chiral Meta-molecule
7 Artificial Metamaterial: from Mega to Nano Pyramid Brick wall: 1m Tweed wool: 1mm CD tracks:1micron Carbon nano-tubes:1nm 1000:1 1000:1 1000:1 Parthenon columns: 1m Computer PCB: 1mm Crystal fiber:1micron Carbon buckyball:1nm 1000:1 1000:1 1000:1 Microwave meta-materials THz meta-materials Photonic meta-materials
8 The first Generation of Metamaterials Optical magnetism Negative refraction Negative index Chirality and anisotropy Engineered dispersion Control of wave propagation Transformation optics Cloaking
9 Metamaterials: mimicking Nature, step 2 Plasmonic Resonators Active/nonlinear medium Superconducting quantum interference devices Electromagnetic Metamaterial Reconfigurable metamaterial Quantum Metamaterial
10 a Chalcogenide glass layer c e 360 nm 30µ MEMS metamaterial, Nanyang Singapore Si 3 N 4 membrane Metamaterial (Gold) Switchable metamaterial (ChG), Southampton 100µ Quantum metamaterial, Southampton b Quantum dots d f 400nm 850nm 500nm NEMS metamaterial Southampton Switchable metamaterial (QDs), Southampton Nonlinear metamaterial (CNTs), Southampton
11 a c e Laser Lithography, Stuttgart & Karlsruhe 3 µm Projection lithography, Sandia Directional solidification of eutectic, IEM, Warsaw b d f 600nm Self-assembled hinged pattern, John Hopkins Intaglio all-metal metamaterial, Southampton 100 nm Colloidal nanocrystal arrays, Berkeley
12 2010 N.I.Zheludev The Road Ahead for Metamaterials, Science, 328, 582 (2010) Metamaterial Tree of Knowledge 2010 Nonlinear Quantum Gain Switchable Designer Dispersion Transformation Optics Artificial Magnetism Negative Index Chiral Microwave Frequency Selective Surfaces
13 Metamaterial Tree of Knowledge Superconducting & Quantum MEMS & NEMS Nonlinear & Switchable Memory & Phase Change Metamaterial Light Sources Sensor Metamaterials Transforma tion Optics Artificial Magnetism Negative Index Designer Dispersion Chiral Microwave Frequency Selective Surfaces
14 EPSRC Centre for Nanostructured Photonic Metamaterials Interdisciplinary Effort Prof. Nikolay Zheludev (ORC) Mountbatten Institute, 2012 Optoelectronics Research Centre Prof Nikolay Zheudev (PI) Nanophotonics and Metamaterials Prof Rob Eason (co-i) Microstructured Materials Professor Dan Hewak (co-i) Mointbatten Institute Physics and Chemistry of New glasses Prof. Dan Hewak(ORC) Prof. Peter Ashburn (ECS) School of Physics and Astronomy Prof Peter DeGroot (co-i) Superconductivity & Nano-magnetism Dr Vassili Fedotov (co-i) (EPSRC Carrere Acceleration Fellow) Metamaterials School of Electronics and Computer Science Prof Peter Ashburn (co-i) Nanofabrication and nano-devices Prof. Janne Ruostekoski (Maths) School of Mathematics Dr Janne Ruostekoski (co-i) Quantum Optics Theory Prof. Peter de Groot (Physics) Prof. Rob Eason (ORC) Dr. Kevin MacDonald (ORC) Dr. Vassili Fedotov (ORC) Dr. S. Jenkins (Maths) Dr. E. Plum (ORC) Dr. N.Papasimakis (ORC)
15 Optics and Photonics: Essential Technologies for Our Nation National Research Council of the National Academies, USA August 2012 NOVEL STRUCTURES: SUBWAVELENGTH OPTICS, METAMATERIALS, AND PHOTONIC CRYSTALS there is much promise in tailoring existing materials in novel ways to produce innovative results. These new materials, known as metamaterials or nanophotonic materials, are materials that can be developed to exhibit new optical properties that the original materials themselves would not naturally possess. Structuring materials with features less than or close to one wavelength of light can lead to these novel properties, with the optical behavior coming more from the nanopatterning or nanostructuring than from the specific underlying materials. Such subwavelength structuring can be used with metals, semiconductors, or dielectrics, including combinations of these.
16 Southampton Centre for Photonic Metamaterials National Taiwan University, Nanyang technological university, Singapore Institute for Nanoscale Physics and Chemistry, Catholic University Leuven, Belgium, Italian Institute of Technology Institute of Technology of Electronic Materials, Poland University of Freiburg, Germany, Data Storage Institute, Singapore CUDOS-2 Consortium, Australia, Naval MURI: UPenn, Harvard, Northeastern, Purdue, Texas, Sandia National Laboratories, USA Los Alamos National Laboratory, USA AMES Laboratory Iowa, USA, Samsung
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