Impact Factor: 7.923

Open Access Published since February 1, 2012

Nanophotonics

ISSN: 2192-8614

Editor-in-chief: Stefan Maier

Edited by: Dennis Couwenberg

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About this journal

Nanophotonics covers recent international research results, specific developments in the field and novel applications and is published in partnership with Sciencewise. It belongs to the top journals in the field. Nanophotonics focuses on the interaction of photons with nano-structures, such as carbon nano-tubes, nano metal particles, nano crystals, semiconductor nano dots, photonic crystals, tissue and DNA. The journal covers the latest developments for physicists, engineers and material scientists, working in fields related to:

Plasmonics: metallic nanostructures and their optical properties
Meta materials, fundamentals and applications
Nanophotonic concepts and devices for solar energy harvesting and conversion
Near-field optical microscopy
Nanowaveguides and devices
Nano Lasers
Nanostructures, nanoparticles, nanotubes, nanowires, nanofibers
Photonic crystals
Integrated silicon photonics
Semiconductor quantum dots
Quantum optics & Quantum information
Ultrafast and nonlinear pulse propagation in nano materials and structures
Light-matter interaction, optical manipulation techniques
Nano-biophotonics
Optofluidics
Optomechanics
System applications based on nanophotonic devices
Nanofabrication techniques, thin film processing, self-assembly

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EARLY CAREER AWARD 2022

The Nanophotonics Early Career Award is an annual award presented to 4 early-career-stage scientists who have contributed significantly to advancements in the field of nanophotonics. The award winners are awarded a prize of 1000 EUR and have their Article Processing Charges waived for a period of two years. This award is fully sponsored by the Nanophotonics journal.

We are delighted to announce the winners of the 2022 award. Full details of the 2022 winners can be found on the Early Career Award webpage.

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Publication Metrics

Average time from submission to initial Editorial Manager assessment: 5 days
Average time from submission to first decision
– Research articles: 22 days
– Review articles: 31 days
Average time from submission to final decision (all article types): 57 days
Average time from acceptance to publication: 13 days

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Special/Topical Issues

Published in 2023:

Quantum Nanophotonics (Guest Editors: Jaehyuck Jang, Minsu Jeong, and Junsuk Rho)
Neural network learning with photonics and for photonic circuit design (Guest Editors: Daniel Brunner, Miguel C. Soriano, and Shanhui Fan)

Published in 2022:

Photonic Angular Momentum (Guest Editors: Andrew Forbes, Qiwen Zhan and Siddharth Ramachandran)
New Trends in Nanophotonics and Advanced Photonic Materials (Guest Editor: Junsuk Rho)
Metamaterials and Plasmonics in Asia (Guest Editors: Lei Zhou, Tiejun Cui, JeongWeon Wu and Teruya Ishihara)
Tunable Nanophotonics (Guest Editors: Juejun Hu, Arseniy I. Kuznetsov, Volker J. Sorger, and Isabelle Staude)
Novel Two-Dimensional Materials Based Bio-Nanophotonic (Guest Editors: Hans Ågren, Jong Seung Kim and Han Zhang)

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Highly cited articles:

Polariton panorama
by D. N. Basov, Ana Asenjo-Garcia, P. James Schuck, Xiaoyang Zhu, Angel Rubio

Ultrasensitive terahertz sensing with high-Q toroidal dipole resonance governed by bound states in the continuum in all-dielectric metasurface
by Yulin Wang, Zhanghua Han, Yong Du, Jianyuan Qin

Non-Hermitian and topological photonics: optics at an exceptional point
by Midya Parto, Yuzhou G. N. Liu, Babak Bahari, Mercedeh Khajavikhan, Demetrios N. Christodoulides

Metasurfaces for biomedical applications: imaging and sensing from a nanophotonics perspective
by Shuyan Zhang, Chi Lok Wong, Shuwen Zeng, Renzhe Bi, Kolvyn Tai, Kishan Dholakia, Malini Olivo

THz spintronic emitters: a review on achievements and future challenges
by Evangelos Th. Papaioannou and René Beigang

Machine learning–assisted global optimization of photonic devices
by Zhaxylyk A. Kudyshev, Alexander V. Kildishev, Vladimir M. Shalaev, Alexandra Boltasseva

Topological photonics: Where do we go from here?
by Mordechai Segev, Miguel A. Bandres

Polymerization mechanisms initiated by spatio-temporally confined light
by Edvinas Skliutas, Migle Lebedevaite, Elmina Kabouraki, Tommaso Baldacchini, Jolita Ostrauskaite, Maria Vamvakaki, Maria Farsari, Saulius Juodkazis, Mangirdas Malinauskas

Highly ordered arrays of hat-shaped hierarchical nanostructures with different curvatures for sensitive SERS and plasmon-driven catalysis
by Chao Zhang, Zhaoxiang Li, Si Qiu, Weixi Lu, Mingrui Shao, Chang Ji, Guangcan Wang, Xiaofei Zhao, Jing Yu and Zhen Li

Manipulating the surface-enhanced Raman spectroscopy (SERS) activity and plasmon-driven catalytic efficiency by the control of Ag NP/graphene layers under optical excitation
by Xianwu Xiu, Liping Hou, Jing Yu, Shouzhen Jiang, Chonghui Li, Xiaofei Zhao, Qianqian Peng, Si Qiu, Chao Zhang, Baoyuan Man and Zhen Li

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Supplementary Materials

Topics

External Links

Volume 12 Issue 7

April 2023

Publicly Available March 23, 2023

Frontmatter

Page range: i-ii

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Review

Open Access March 1, 2023

Supercontinuum in integrated photonics: generation, applications, challenges, and perspectives

Camille-Sophie Brès, Alberto Della Torre, Davide Grassani, Victor Brasch, Christian Grillet, Christelle Monat

Page range: 1199-1244

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Abstract

Frequency conversion in nonlinear materials is an extremely useful solution to the generation of new optical frequencies. Often, it is the only viable solution to realize light sources highly relevant for applications in science and industry. In particular, supercontinuum generation in waveguides, defined as the extreme spectral broadening of an input pulsed laser light, is a powerful technique to bridge distant spectral regions based on single-pass geometry, without requiring additional seed lasers or temporal synchronization. Owing to the influence of dispersion on the nonlinear broadening physics, supercontinuum generation had its breakthrough with the advent of photonic crystal fibers, which permitted an advanced control of light confinement, thereby greatly improving our understanding of the underlying phenomena responsible for supercontinuum generation. More recently, maturing in fabrication of photonic integrated waveguides has resulted in access to supercontinuum generation platforms benefiting from precise lithographic control of dispersion, high yield, compact footprint, and improved power consumption. This Review aims to present a comprehensive overview of supercontinuum generation in chip-based platforms, from underlying physics mechanisms up to the most recent and significant demonstrations. The diversity of integrated material platforms, as well as specific features of waveguides, is opening new opportunities, as will be discussed here.

Research Articles

Open Access February 28, 2023

Flexible control of an ultrastable levitated orbital micro-gyroscope through orbital-translational coupling

Wenqiang Li, Xia Wang, Jiaming Liu, Shuai Li, Nan Li, Huizhu Hu

Page range: 1245-1253

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Abstract

Introducing rotational degree of control into conventional optical tweezers promises unprecedented possibilities in physics, optical manipulation, and life science. However, previous rotational schemes have largely relied upon the intrinsic properties of microsphere anisotropy—such as birefringence or amorphous shape—which involves sophisticated fabrication processes and is limited in their application range. In this study, we demonstrated the first experimental realization of orbiting a homogeneous microsphere by exploiting angular momentum in a transversely rotating optical trap. The high level of rotational control allows us to explore orbital-translational coupling and realize an ultra-stable micro-gyroscope of considerable value. The dynamics of orbital levitated particle was theoretically characterized using a simple model. Our proposed method provided a novel way to qualitatively characterize optical trap features. In the future, the approach could pave the way for investigating rotational opto-mechanics, rotational ground state cooling, and the study of ultra-sensitive angular measurement.

Open Access March 3, 2023

Deep learning accelerated discovery of photonic power dividers

Gandhi Alagappan, Ching Eng Png

Page range: 1255-1269

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Abstract

This article applies deep learning-accelerated inverse design algorithms and discovers a spectrum of photonic power dividers with exceptional performance metrics despite the simplicity in the design geometry. The deep learning models exhibit high precisions on the order of 10 −6 to 10 −8 for both TE and TM polarizations of light. These models enable ultrafast search for an empirically describable subspace that simultaneously satisfy compact footprints, ultralow losses, ultrawide bandwidth, and exceptional robustness against fabrication randomness. We demonstrate a spectrum of devices for silicon photonics with programmable power splitting ratios, excess losses as small as 0.14 dB, to the best of our knowledge, the smallest footprints on the scale of sub- λ 2 , and low loss bandwidths covering the whole telecommunication spectrum of O, S, E, C, L and U-bands. The robustness of the devices is statistically checked against the fabrication randomness and are numerically verified using the full three-dimensional finite difference time domain calculation.

Open Access March 7, 2023

Sensitivity enhanced tunable plasmonic biosensor using two-dimensional twisted bilayer graphene superlattice

Fusheng Du, Kai Zheng, Shuwen Zeng, Yufeng Yuan

Page range: 1271-1284

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Abstract

This study theoretically demonstrated an insight for designing a novel tunable plasmonic biosensor, which was created by simply stacking a twisted bilayer graphene (TBG) superlattice onto a plasmonic gold thin film. To achieve ultrasensitive biosensing, the plasmonic biosensor was modulated by Goos–Hänchen (GH) shift. Interestingly, our proposed biosensor exhibited tunable biosensing ability, largely depending on the twisted angle. When the relative twisted angle was optimized to be 55.3°, such a configuration: 44 nm Au film/1-TBG superlattice could produce an ultralow reflectivity of 2.2038 × 10 −9 and ultra-large GH shift of 4.4785 × 10 4 µm. For a small refractive index (RI) increment of 0.0012 RIU (refractive index unit) in sensing interface, the optimal configuration could offer an ultra-high GH shift detection sensitivity of 3.9570 × 10 7 µm/RIU. More importantly, the optimal plasmonic configuration demonstrated a theoretical possibility of quantitatively monitoring severe acute respiratory syndrome coronavirus (SARS-CoV-2) and human hemoglobin. Considering an extremely small RI change as little as 3 × 10 −7 RIU, a good linear response between detection concentration of SARS-CoV-2 and changes in differential GH shift was studied. For SARS-CoV-2, a linear detection interval was obtained from 0 to 2 nM. For human hemoglobin, a linear detection range was achieved from 0 to 0.002 g/L. Our work will be important to develop novel TBG-enhanced biosensors for quantitatively detecting microorganisms and biomolecules in biomedical application.

Open Access March 1, 2023

Stepped waveguide metamaterials as low-loss effective replica of surface plasmon polaritons

Xu Qin, Yijing He, Wangyu Sun, Pengyu Fu, Shuyu Wang, Ziheng Zhou, Yue Li

Page range: 1285-1293

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Abstract

Surface plasmon polaritons (SPPs) have attracted intensive attention for the unprecedented developments of light–matter interactions in optics and photonics, providing a feasible method for light confinement and transmission at a subwavelength scale. However, SPPs traditionally suffer from large losses due to the intrinsic dissipations and absorptions, which hinder further development and applications of SPPs. Here, we theoretically and experimentally investigate the concept of stepped waveguide metamaterials behaving as low-loss effective replicas of SPPs. The proposed structure without natural plasmonic material maintains the identical field configuration to that in regular SPP but avoids the inherent losses, outperforming regular low-loss SPP design with natural plasmonic materials on SPP propagation lengths. Furthermore, stepped waveguide metamaterial exhibits excellent compatibility in direct interconnections with arbitrary regular SPP and potentially represents a feasible route toward new SPP devices with low-loss advantages.

Open Access March 6, 2023

Asymmetric tetramer metasurface sensor governed by quasi-bound states in the continuum

Yi Zhou, Man Luo, Xuyang Zhao, Yuxiang Li, Qi Wang, Zhiran Liu, Junhong Guo, Zhihe Guo, Junjie Liu, Xiang Wu

Page range: 1295-1307

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Abstract

Asymmetric metasurfaces supporting quasi-bound states in the continuum (BICs) with high Q-factors and strong light–matter interaction properties are attractive platforms for label-free biosensing applications. Recently, various meta-atom geometries have been exploited to support sharp high-Q quasi-BIC resonance. However, which meta-atom design may be a better practical choice remains unclear. Here, we compared several established meta-atom designs to address this issue by conducting an extensive theoretical discussion on sensing capability and fabrication difficulty. We theoretically revealed that the tetramer meta-atom geometry produces a higher surface sensitivity and exhibits a larger size-to-wavelength ratio than other meta-atom schemes. Furthermore, we found that metasurfaces with a higher depth considerably enhance surface sensitivity. The performance of two asymmetric tetramer metasurfaces (ATMs) with different heights was demonstrated experimentally. Both shallow and thick ATM structures exhibit sharp high Q-factor resonances with polarization-insensitive features. Notably, the surface sensitivity is 1.62 times for thick ATM compared to that for shallow ones. The combination of properties opens new opportunities for developing biosensing or chemical-sensing applications with high performance.

Open Access March 8, 2023

Axicon metalens for broadband light harvesting

Kai-Hao Chang, Yen-Chun Chen, Yo-Song Huang, Wei-Lun Hsu, Guo-Hao Lu, Chao-Feng Liu, Chun-Jen Weng, Yu-Hsin Lin, Che-Chin Chen, Chien-Chieh Lee, Yu-Chi Chang, Po-Hsiang Wang, Chih-Ming Wang

Page range: 1309-1315

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Abstract

In this study, an axicon metalens comprising a large central disc surrounded by nanoposts for energy harvesting in composite metal-oxide semiconductor sensors was designed, fabricated, and experimentally characterized. The main role of the central disc is focusing light; the nanoposts of various diameters deflect light to form a Bessel-like beam. The spatial distribution of the optical transmission was measured using micro-hyperspectral imaging. The axicon metalens concentrates the light to the sensitive area of the sensor and also harvests light from adjacent pixels. After adding an axicon metalens, the normalized peak transmission is up to 250% at λ = 700 nm as compared to a blank TiO 2 film. The experimental results had fair agreement with the finite-difference-time-domain simulation. The ultra-broadband energy-harvesting performance of the sensor suggests that it could be applied in surveillance and Internet of Things applications.

Open Access March 1, 2023

Coupling-enabled chirality in terahertz metasurfaces

Shan Yin, Yuting Chen, Baogang Quan, Songyi Liu, Wei Huang, Meng Liu, Wentao Zhang, Jiaguang Han

Page range: 1317-1326

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Abstract

Chirality prevails in nature and is of great value for molecular biology, medicine, and bioscience. Due to the enhancement of chiroptical responses, chiral metasurfaces has attracted enormous attentions. In this paper, some novel polarization-sensitive transmission effects in terahertz chiral metasurfaces are exhibited. In the chiral metasurfaces whose unit cell consists of two basic resonators – a wire and a split ring resonator (SRR), we observe the asymmetrical transmission for circularly polarized state from the circular cross-polarization conversion spectra and the circular conversion dichroism (CCD). More importantly, we verify that the chiroptical activities can be affected by the coupling between the two resonators by simply moving their relative position in the terahertz metasurfaces. From the experimental and simulated results, we observe the distinguished variation in the circular cross-polarization conversion spectra and CCD, and combining with the theoretical analysis using coupled mode theory, we reveal that the chirality of the metasurfaces is strongly correlated to the coupling between the two modes determined by the wire and SRR. Finally, we demonstrate the coupling-enabled chirality by investigating the dependence of CCD on the coupling discrepancy with different relative positions of the two resonators. These findings offer the insights into the relationship between chirality and mode coupling and provide a theoretical method to design chiral metasurfaces and enhance the circular conversion dichroism, which have potential applications in the fields such as optical sensing, polarization imaging, and biological/chemical detection.

Open Access March 7, 2023

Broadband wireless communication with space-time-varying polarization-converting metasurface

Qi Hu, Ke Chen, Yilin Zheng, Zhiyuan Xu, Jianmin Zhao, Jian Wang, Yijun Feng

Page range: 1327-1336

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Abstract

Reconfigurable metasurfaces have emerged as a promising alternative to the conventional transmitter of wireless communication systems, due to their abilities of encoding digital information onto electromagnetic properties without complex radio-frequency chains. However, most of them are still limited to narrow operation bandwidth. Here, we propose a broadband metasurface-based wireless communication system that can actively adapt to multiple users located at versatile directions through joint modulation of digital signals in the time domain and wave scatterings in the space domain. As exemplary demonstrations, highly directive beams are generated to enhance regional signals in real-time customized for users in desired directions and reduce the signal leakage in undesired directions. Experiments are carried out to verify that the system can provide stable wireless communication service in a broad band of 3.7–5.1 GHz, within which the transmitted color picture enabled by the time-varying spatial modulation of metasurface can be successfully recovered at the user terminals. The proposed system may offer untapped potentials for next-generation communications and radar systems where regional signal enhancement, active adaption to users, and large channel capacities are required.

Open Access March 2, 2023

Multi-field-sensing metasurface with robust self-adaptive reconfigurability

Ruichao Zhu, Jiafu Wang, Chang Ding, Yajuan Han, Yuxiang Jia, Sai Sui, Tianshuo Qiu, Zuntian Chu, Hongya Chen, Jun Wang, Bo Feng, Shaobo Qu

Page range: 1337-1345

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Abstract

The continuous increase in communication capacity is accompanied by an increase in transmission frequency, which creates new demands on the transmission efficiency in modern. Signal relay transmission can increase the transmission distance, however, conventional repeaters relay the signal in a specified direction, which is difficult to accommodate communication when a receiving device suddenly appears around the repeater. In this work, we propose a new signal transmission repeater, which is implemented by an adaptively reconfigurable multi-beam reflective metasurface based on multispectral detection. The reconfigurable metasurface with varactor diodes is designed and the mapping of phase profiles to voltages is established by polynomial fitting method. Visual, laser, infrared and ultrasonic detectors are used to detect targets in different scenarios. Thus, the detection information is fed back to the reconfigurable metasurface for adaptively multi-beam switching. As verification, the adaptive metasurface repeater was fabricated and measured to verify our design. All the results exhibit consistency with theoretical design. Importantly, this work paves a new way to intelligent metasurfaces and may find applications in intelligent communications, smart home, etc.

Open Access February 28, 2023

Constructing high-quality 1D nano/microwire hybrid structure for high-performance photodetectors based on CdSe nanobelt/perovskite microwire

Li Ren, Qiuhong Tan, Kunpeng Gao, Peizhi Yang, Qianjin Wang, Yingkai Liu

Page range: 1347-1357

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Abstract

All-inorganic perovskite CsPbBr 3 is considered as a promising photoelectric material due to its high environmental stability and excellent photoelectric properties. Constructing low-dimension hybrid structures by combining CsPbBr 3 with semiconductor materials have recently attracted particular attention because they may bring new functionalities or generate synergistic effects in optoelectronic devices. Herein, the high-quality 1D CdSe nanobelt (NB)/CsPbBr 3 microwire (MW) photodetectors are designed first time, which exhibit excellent performance as integrating I on / I off ratio of 5.02 × 10 4 , responsivity of 1.63 × 10 3 A/W, external quantum efficiency of 3.8 × 10 5 % and detectivity up to 5.33 × 10 12 Jones. These properties are all improved at least one order of magnitude compared to those of single CsPbBr 3 photodetectors. Moreover, the response range is broadened from the 300–570 nm (the single CsPbBr 3 device) to 300–740 nm (the hybrid photodetector). Then, the first-principles calculations are carried out to reveal the physical mechanism from the atomic scale. The remarkably improved optoelectronic properties are attributed to the high crystalline quality as well as unique band alignment of hybrid structure that facilitate the effective separation and transport of photogenerated carriers. These works indicate that 1D CdSe/CsPbBr 3 hybrid devices have promising applications in building high-performance and broader spectral response photodetectors and other optoelectronic devices.

Ahead of Print / Just Accepted

Ahead of Print / Just Accepted

Volume 12 (2023)

Volume 11 (2022)

Volume 10 (2021)

Volume 9 (2020)

Volume 8 (2019)

Volume 7 (2018)

Volume 6 (2017)

Volume 5 (2016)

Volume 4 (2015)

Volume 3 (2014)

Volume 2 (2013)

Volume 1 (2012)

5-year Impact Factor	8.606
Cite Score	10.6
Impact Factor	7.923
Journal Citation Indicator	1.17
SCImago Journal Rank	2.124
Source Normalized Impact per Paper	1.735

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Thanks to Open Access all articles are freely available worldwide. An Article Processing Charge will apply.
Until 2018, Nanophotonics published papers under a CC-BY-NC-ND license. Since 2019, all papers in the journal have been published under a CC-BY license.

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For more information please also visit Nanophotonics Mirror Home Page With Graphical Abstracts.

Editorial

FOUNDING EDITOR
Federico Capasso, Harvard University, USA

EDITOR IN CHIEF
Stefan Maier, Monash University, Australia
Email: stefan.maier@monash.edu

PUBLISHING EDITOR
Dennis Couwenberg, Science Wise Publishing, The Netherlands
Email: dcouwenberg@nanophotonics-journal.com

MANAGING EDITORS
Javier Aizpurua, Center for Materials Physics in San Sebastián (CSIC-UPV/EHU), Spain
Daniel Brunner, FEMTO-ST Institute, France
Jonathan Fan, Stanford University, USA
Kian Ping Loh, National University of Singapore, Singapore
Matthew A. Pelton, University of Maryland, USA
Junsuk Rho, Pohang University of Science and Technology, Korea
Giulia Tagliabue, École Polytechnique Fédérale de Lausanne (EPFL), Switzerland
Lei Zhou, Fudan University, China
Jia Zhu, Nanjing University, China

EDITORIAL ADVISORY BOARD
Javier Garcia de Abajo, IQFR-CSIC, Spain
Andrea Alu, City University of New York, USA
Dimitri Basov, Columbia University, USA
Mark Brongersma, Stanford University, USA
Jennifer Dionne, Stanford University, USA
Nader Engheta, University of Pennsylvania, USA
Shaya Fainman, UC San Diego, USA
Shanghui Fan, Stanford University, USA
Harald Giessen, University of Stuttgart, Germany
Michael Hochberg, University of Washington, USA
Frank Koppens, ICFO, Spain
Uriel Levy, The Hebrew University of Jerusalem, Israel
Michal Lipson, Cornell University, USA
Tony Low, University of Minnesota, USA
Asger Mortensen, DKU, Denmark
Evghenii Narimanov, Purdue University, USA
Masaya Notomi, NTT Basic Research Laboratories, Japan
Rupert Oulton, Imperial College London, UK
Aydogan Ozcan, UCLA, USA
Romain Quidant, ICFO, Spain
Vladimir Shalaev, Purdue University, USA
Volker Sorger, George Washington University, USA
Takuo Tanaka, RIKEN, Japan
Jelena Vuckovic, Stanford University, USA
Hongxing Xu, Wuhan University, China
Anatoly Zayats, King’s College London, UK
Xiang Zhang, UC Berkeley, USA
Nikolay Zheludev, University of Southampton, UK

Journal Coordinator
Justyna Zuk, De Gruyter
E-mail: nanophotonics.editorial@degruyter.com

(Deutsch)

Type: Journal
Language: English
Publisher: De Gruyter
First published: February 1, 2012
Publication Frequency: 24 Issues per Year
Audience: Physicists, Engineers and Material Scientists, in public and private research.