Nanophotonics

Scope & Guideline

Elevating Knowledge in the Science of Light

Introduction

Delve into the academic richness of Nanophotonics with our guidelines, detailing its aims and scope. Our resource identifies emerging and trending topics paving the way for new academic progress. We also provide insights into declining or waning topics, helping you stay informed about changing research landscapes. Evaluate highly cited topics and recent publications within these guidelines to align your work with influential scholarly trends.
LanguageEnglish
ISSN2192-8606
PublisherWALTER DE GRUYTER GMBH
Support Open AccessYes
CountryGermany
TypeJournal
Convergefrom 2012 to 2024
AbbreviationNANOPHOTONICS-BERLIN / Nanophotonics
Frequency18 issues/year
Time To First Decision-
Time To Acceptance-
Acceptance Rate-
Home Page-
AddressGENTHINER STRASSE 13, D-10785 BERLIN, GERMANY

Aims and Scopes

Nanophotonics focuses on the manipulation of light at the nanoscale, integrating concepts from physics, materials science, and engineering to develop new technologies and applications. The journal covers a diverse range of topics, including theoretical and experimental studies, and emphasizes innovative methodologies that drive advancements in nanophotonics.
  1. Nanophotonic Materials and Structures:
    Research on various materials such as metals, dielectrics, and 2D materials that exhibit unique optical properties at the nanoscale, including metamaterials and photonic crystals.
  2. Plasmonics and Surface Plasmon Polaritons:
    Exploration of surface plasmons and their interactions with light, particularly in applications like sensing, imaging, and energy harvesting.
  3. Quantum Nanophotonics:
    Studies focusing on the quantum properties of light and matter interactions, including quantum dots, single-photon sources, and quantum information processing.
  4. Integrated Photonics:
    Development of photonic circuits that integrate various optical components on a single chip, enabling applications in communication, sensing, and computing.
  5. Nonlinear Nanophotonics:
    Investigation of nonlinear optical effects in nanostructures, leading to applications in frequency conversion, optical switching, and signal processing.
  6. Biosensing and Biomedical Applications:
    Utilization of nanophotonic techniques for bioanalytical applications, including the detection of biomolecules and imaging of biological systems.
  7. Optoelectronics and Photonic Devices:
    Research on the design and fabrication of devices such as lasers, modulators, and detectors that leverage nanophotonic principles.
  8. Optical Metasurfaces:
    Innovative studies on metasurfaces that manipulate light at subwavelength scales for applications in imaging, sensing, and holography.
The journal has seen a noticeable increase in publications focusing on innovative and interdisciplinary approaches within nanophotonics. These trends reflect the evolving landscape of research and technology.
  1. AI and Machine Learning in Nanophotonics:
    Recent papers emphasize the integration of artificial intelligence and machine learning algorithms in the design and optimization of nanophotonic devices, indicating a trend towards data-driven approaches.
  2. Quantum Photonics and Quantum Information:
    A significant increase in studies related to quantum photonics, including entangled states, quantum communication, and quantum sensing, highlights the growing interest in harnessing quantum phenomena.
  3. Dynamic and Reconfigurable Metasurfaces:
    Research on dynamically tunable and reconfigurable metasurfaces is on the rise, showcasing the potential for real-time control of optical properties for various applications.
  4. Hybrid Nanophotonic Systems:
    Emerging studies focus on hybrid systems that combine different materials and functionalities, such as integrating plasmonics with semiconductor devices for enhanced performance.
  5. Thermal Management and Energy Harvesting:
    There is a growing emphasis on the use of nanophotonic structures for thermal management and energy harvesting applications, reflecting the need for sustainable technologies.
  6. Nanophotonic Sensing Technologies:
    An increasing number of publications highlight advancements in nanophotonic sensing technologies, particularly for biomedical and environmental applications, showcasing their practical relevance.
  7. Topological Photonics:
    Research on topological phenomena in photonics is gaining momentum, focusing on robust light manipulation and new device concepts based on topological principles.

Declining or Waning

While certain areas of research continue to thrive, others appear to be losing prominence within the journal's recent publications. This could indicate a shift in focus or a maturation of specific technologies.
  1. Classical Photonics:
    Research that focuses on traditional photonic principles without the integration of nanotechnology, which seems to be declining as the field moves towards more advanced nanophotonic applications.
  2. Bulk Material Studies:
    Studies that primarily focus on bulk materials rather than nanoscale phenomena are less frequently published, as the emphasis shifts towards nanoscale interactions and applications.
  3. Conventional Optical Imaging Techniques:
    Traditional imaging methods that do not incorporate advancements in nanophotonics or novel imaging modalities are becoming less prevalent in favor of more sophisticated techniques.
  4. Single Photon Sources in Bulk Materials:
    Research on single-photon sources that do not leverage nanostructuring or advanced fabrication techniques is waning, as the field pushes towards integrating quantum optics with nanophotonics.

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