Condensed Matter

Scope & Guideline

Unlocking the Secrets of the Physical World

Introduction

Explore the comprehensive scope of Condensed Matter through our detailed guidelines, including its aims and scope. Stay updated with trending and emerging topics, and delve into declining areas to understand shifts in academic interest. Our guidelines also showcase highly cited topics, featuring influential research making a significant impact. Additionally, discover the latest published papers and those with high citation counts, offering a snapshot of current scholarly conversations. Use these guidelines to explore Condensed Matter in depth and align your research initiatives with current academic trends.
LanguageEnglish
ISSN2410-3896
PublisherMDPI
Support Open AccessYes
CountrySwitzerland
TypeJournal
Convergefrom 2016 to 2024
AbbreviationCONDENS MATTER / Condens. Matter
Frequency4 issues/year
Time To First Decision-
Time To Acceptance-
Acceptance Rate-
Home Page-
AddressST ALBAN-ANLAGE 66, CH-4052 BASEL, SWITZERLAND

Aims and Scopes

The journal 'Condensed Matter' serves as a platform for disseminating cutting-edge research in the field of condensed matter physics, focusing on the theoretical and experimental aspects of various phenomena in solid-state and quantum materials.
  1. Superconductivity and Quantum Phenomena:
    Research on superconductors, including high-temperature superconductivity, quantum phase transitions, and the interplay between superconductivity and other electronic orders.
  2. Nanostructured Materials and Devices:
    Exploration of the properties and applications of nanostructured materials, including their electronic, optical, and magnetic characteristics, as well as their integration into devices.
  3. Advanced Spectroscopic Techniques:
    Development and application of advanced spectroscopic methods such as X-ray and electron spectroscopy to probe material properties at the nanoscale.
  4. Quantum Information and Computing:
    Investigations into quantum materials and their potential applications in quantum computing and information technologies.
  5. Complex Systems and Phase Transitions:
    Study of complex physical systems, including critical phenomena, phase transitions, and emergent behaviors in various condensed matter systems.
The journal has witnessed a notable shift towards certain emerging themes that reflect the evolving landscape of condensed matter research. Here are the key areas gaining traction in recent publications.
  1. Topological Materials and Phases:
    There is a growing interest in topological insulators and superconductors, which exhibit unique electronic properties and potential applications in quantum computing.
  2. Machine Learning in Materials Science:
    The integration of machine learning techniques to analyze and predict material properties is becoming increasingly prominent, facilitating the design of new materials with desired characteristics.
  3. Quantum Computing and Information Technologies:
    Research on the use of condensed matter systems for quantum computing applications is on the rise, with studies focusing on qubits and quantum entanglement in various materials.
  4. Advanced X-ray and Spectroscopic Methods:
    The development and application of advanced spectroscopic techniques, particularly in X-ray and electron-based methods, are trending as they allow for deeper insights into material properties and behaviors.
  5. Emerging Energy Materials:
    Research on novel materials for energy applications, including batteries, superconductors, and thermoelectric devices, is gaining momentum, reflecting the global push towards sustainable energy solutions.

Declining or Waning

While some themes remain strong in the journal's focus, others appear to be losing prominence. This section highlights the areas that are decreasing in frequency or significance in recent publications.
  1. Classical Magnetism:
    Research related to classical magnetic materials and phenomena has shown a decline, possibly due to a shift towards exploring more complex quantum magnetism and topological states.
  2. Low-Dimensional Systems:
    The focus on purely low-dimensional systems, such as one-dimensional chains or two-dimensional materials without significant interactions, seems to be waning as more attention is given to their interactions and composite systems.
  3. Traditional Semiconductor Physics:
    Studies centered on conventional semiconductor properties and applications are becoming less prevalent, as attention shifts to novel materials and hybrid systems that exhibit exotic properties.

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