Science Set Journal of Physics

Aim & Scope

Aim and Scope

The Journal of Physics is a peer-reviewed, open access journal dedicated to advancing the field of physics through the dissemination of high-quality research and developments. It emphasizes the importance of fundamental and applied physics in understanding the natural world and advancing technological innovations. The journal targets a broad audience, including physicists, researchers, engineers, and students, offering them a platform to stay informed about the latest advancements in theoretical and experimental physics. It covers a wide range of topics, including quantum mechanics, statistical mechanics, and condensed matter physics, as well as astrophysics, cosmology, and high-energy physics. The journal also explores emerging areas such as nanophysics, quantum computing, and interdisciplinary applications of physics. By providing a forum for comprehensive discussions and discoveries, the Journal of Physics aims to contribute significantly to the ongoing progress and understanding of physical sciences.

Applied Physics

• Engineering Applications and Technology Development: Semiconductor devices, nanophotonics, applied material science
• Sensor and Instrumentation Design: Sensor technologies, precision measurement instruments, data acquisition systems
• Environmental and Energy-Related Research: Renewable energy sources, environmental monitoring, energy storage technologies

Theoretical Physics

• Quantum Mechanics: Quantum theory, wave-particle duality, quantum entanglement
• Quantum Field Theory: Standard Model, gauge theories, quantum electrodynamics (QED)
• Particle Physics: Fundamental particles, particle accelerators, high-energy collisions
• Condensed Matter Physics: Electronic properties, phase transitions, and condensed matter systems
• Statistical Mechanics: Thermodynamics, statistical ensembles, critical phenomena
• Thermodynamics: Heat transfer, entropy, and energy systems
• Astrophysics and Cosmology: Universe structure, cosmic evolution, dark matter, and dark energy
• Gravitational Physics: General relativity, gravitational waves, black holes

Experimental Physics

• High-Energy Physics Experiments: Collider experiments, particle detection, high-energy particle interactions
• Atomic, Molecular, and Optical Physics Experiments: Atomic spectroscopy, laser cooling, quantum optics
• Condensed Matter Experiments: Solid-state physics experiments, surface science, material characterization
• Plasma Physics Experiments: Plasma confinement, fusion experiments, space plasma observations
• Nuclear Physics Experiments: Nuclear reaction studies, radioactivity measurements, nuclear imaging

Computational Physics

• Simulations and Modeling Techniques: Computational models, Monte Carlo methods, molecular dynamics
• Numerical Methods and Algorithms: Solvers for differential equations, optimization techniques, data fitting
• Data Analysis and Visualization: Statistical analysis, data mining, graphical representation

Optics and Photonics

• Laser Technology and Applications: Laser design, laser spectroscopy, applications in medicine and industry
• Optical Materials and Devices: Nonlinear optics, photonic crystals, optical sensors
• Imaging Systems and Techniques: Microscopy, telescopic systems, imaging spectroscopy

Nuclear Physics

• Nuclear Reactions and Decay: Fission, fusion, radioactive decay processes
• Nuclear Structure and Spectroscopy: Nucleon interactions, energy levels, nuclear models
• Applications in Medical and Industrial Fields: Medical imaging (PET, MRI), radiation therapy, nuclear safety

Plasma Physics

• Fusion Research and Technology: Tokamaks, inertial confinement fusion, plasma heating techniques
• Space and Laboratory Plasmas: Solar and interstellar plasmas, laboratory plasma experiments
• Plasma Diagnostics and Modeling: Diagnostic techniques, plasma behavior modeling, turbulence studies

Astrophysics and Cosmology:

• Stellar Dynamics and Evolution: Star formation, stellar life cycles, supernovae
• Black Holes and Neutron Stars: Black hole physics, neutron star properties, gravitational interactions
• Cosmic Microwave Background and Dark Matter: Cosmic radiation, dark matter models, cosmic inflation

Condensed Matter Physics:

• Superconductivity and Quantum Materials: High-temperature superconductors, quantum Hall effect, topological materials
• Nanotechnology and Nanomaterials: Nanostructures, nanofabrication, applications in electronics and medicine
• Soft Condensed Matter and Polymers: Liquid crystals, polymer physics, self-assembly processes

Mathematical Physics:

• Differential Equations and Dynamical Systems: Partial differential equations, chaos theory, stability analysis
• Group Theory and Symmetries: Symmetry groups, Lie algebras, applications in particle physics

Quantum Information Theory and Computation: Quantum computing, quantum cryptography, quantum entanglement

Author Guidelines

Title
The title should be specific and suitable to the topic of the article. Also should include word count, number of tables and figures, sources of support, source of funding, any disclaimers, and conflict of interest declarations.

Author Names and Affiliations
Author name Department, University/Organization, City, State, and Country for all authors. Complete information of the Corresponding author like Full name, address, phone number, Email address, Fax, Discipline of the author, and Affiliations is to be mentioned. The corresponding author is to be mentioned clearly.

List of Abbreviations
All abbreviations should be defined under the heading of abbreviations.

Keywords
You are requested to provide a minimum of 4-6 keywords for the purpose of indexing. Choosing appropriate keywords provides you with a citation advantage since they play a major role when searching huge indexing databases.

Abstract
The abstract is mandatory for original research, review article, short reviews, and case reports. It should also relate to significant outcomes and further scope to continue in the field. The abstract should be structured with the background, methods, results, and conclusion and limited to 500 words.

Introduction
The introduction should provide the background and purpose of the study. This should be enough to draw the reader's attention to a broad array of scientific disciplines.

Tables& Figures
Figures and tables should be submitted as individual files. Authors are required to make sure that all figures and tables must have a legend and are cited in the text in consecutive order. Figures tend to summarize information visually, whereas tables allow space for more detail. Figures, tables, and legends should be placed close to the relevant content of the text.

Materials and Methods
The details of materials or members, evaluations, description of involvements, and types of investigations are to be included. Advanced trials should be stated evidently and specific variations of published techniques are to be cited briefly. It can be divided into subsections if several methods are described. Standard protocols should be credited with appropriate references.

Results
This sector should be describing the results and interpretations of the above experiments. There could be multiple subheadings or descriptions in a single paragraph. The results section should describe the outcomes and findings of an article (research, case study, review, etc.). It should be clear, understandable, and concise (using figures & tables).

Discussion
This section ought to illustrate the importance of results in relation to the reasons for doing the work. Compare and contrast the results with other relevant studies, state the limitations of the study, and explore the implications of the findings for future research and for clinical practice.

References
References are to be cited in the text by number and not by author and date. Only published or accepted manuscripts should be included in the reference list. Abstracts that have been submitted in meetings but not yet accepted should not be cited.

Editorial Board

Prof. Mohammad Mehdi Rashidi

Institute of Fundamental and Frontier Sciences, University of Electronic Science and Technology of China, Chengdu, 610054, Sichuan, PR China

PD PD Dr. Ahmad A. Hujeirat

IWR: Interdisciplinary Center for Scientific Computing & Faculty of Physics and Astronomy, University of Heidelberg INF 205, 69120 Heidelberg, Germany

Jia-Ming Wu

Department of Medical Physics, Chengde Medical University, Chengde City, Hebei Province, China

Dr. Shridhar N. Mathad

Department of Physics, Shivaji University, Kolhapur, India

Dong, Shi-Hai

Department of Physics,Dalian University,China

Alireza Valipour Baboli

Mathematics, Technical and Vocational University, Iran

Loc Nguyen

Department of Mathematics, Independent scholar, Vietnam

Hanan Elsharkawy Ali Ahmed

Petrochemical Department, Egyptian Petroleum Research Institute, Egypt

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