Science Frontier Research: Physics & Space Science

Two scientists in protective gear analyze data in a high-tech laboratory.
The Journal of Management: Science Frontier Research – Physics & Space Science is dedicated to publishing high-quality, peer-reviewed research at the cutting edge of physical and space sciences. The journal serves as a platform for pioneering theoretical, experimental, and applied studies that push the boundaries of knowledge in fundamental physics and the exploration of space.

Research Areas

The journal targets physicists, astronomers, aerospace researchers, and interdisciplinary scientists engaged in advancing the frontiers of scientific discovery. Contributions that present novel theories, groundbreaking experiments, or technological advancements with implications for both science and society are particularly welcomed.

Theoretical and experimental physics
Quantum mechanics and quantum field theory
Astrophysics, cosmology, and gravitational physics
Particle physics and high-energy physics
Space science and planetary exploration
Space mission design and satellite technologies
Plasma physics and fusion energy research
Optical, atomic, and molecular physics
Relativity and spacetime studies
Space instrumentation and observational technologies
Computational physics and simulation
Applied physics in engineering and materials science
Astronomy and telescope-based observations
Atmospheric and space weather science
Interdisciplinary studies bridging physics, space science, and engineering
Classical Mechanics and Dynamics
Quantum Gravity and Fundamental Forces
General and Special Relativity
Electromagnetic Theory and Applications
Optics, Laser Physics and Photonics
Thermal Physics and Statistical Mechanics
Solid State and Condensed Matter Systems
Atomic, Molecular & Optical Interactions
High-Energy Particle and Nuclear Experiments
Quantum Information Science and Computing
Plasma Physics and Magnetohydrodynamics
Space Physics: Magnetospheres, Ionospheres and Solar Wind
Astrophysics: Stars, Galaxies, Black Holes, Exoplanets
Cosmology and Large-Scale Structure of Universe
Gravitational Wave Detection and Analysis
Astronomical Instrumentation and Observational Techniques
Computational Physics Models and Simulations

The scope includes, but is not limited to

Fundamental theoretical and experimental research in physics covering matter, energy, forces and particles
Quantum mechanics, quantum field theories and quantum computing studies
Investigations in relativity, spacetime structure and general cosmology
Electromagnetic theory, photonics, optics and light-matter interaction research
Thermodynamics, statistical physics and complex systems analysis
Condensed matter studies including novel materials and phases
Atomic, molecular, nuclear and particle physics experiments and theory
Plasma physics and space plasma behaviour in natural environments
Space science research on the Sun, solar system bodies and interstellar medium
Astrophysical studies of stars, galaxies, dark matter and cosmic evolution
Gravitational wave astronomy and multi-messenger astrophysics
Solar physics, heliophysics and space weather phenomena
Development of advanced instrumentation for physics experiments and space observations
Computational modelling and simulations for physical systems and celestial phenomena
Observational astronomy, astrophysical data analysis and imaging techniques
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Research Journals