JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS
Scope & Guideline
Advancing the Frontiers of Nuclear and Particle Physics
Introduction
Aims and Scopes
- Nuclear Structure and Dynamics:
Research focusing on the structure of atomic nuclei, including the dynamics of nuclear reactions, decay processes, and the role of nuclear forces in determining nuclear properties. - Particle Physics and High-Energy Collisions:
Studies involving the fundamental constituents of matter and their interactions, particularly in high-energy environments such as those created in particle accelerators. - Astrophysics and Cosmology:
Exploration of nuclear and particle processes in astrophysical contexts, including nucleosynthesis, neutron stars, and dark matter interactions. - Exotic States and Quantum Phenomena:
Investigation of exotic particles, states, and phenomena including mesons, baryons, and their interactions under extreme conditions. - Computational and Theoretical Methods:
Development and application of theoretical frameworks and computational techniques, including machine learning approaches, to solve complex problems in nuclear and particle physics.
Trending and Emerging
- Machine Learning Applications:
A growing number of studies are leveraging machine learning techniques for data analysis, modeling, and predictions in nuclear and particle physics, showcasing the integration of modern computational methods. - Dark Matter and Neutrino Physics:
There is an increasing focus on exploring various candidates for dark matter, including sterile neutrinos and axion-like particles, as well as their implications for astrophysics and cosmology. - Quantum Computing and Information,:
Research exploring the applications of quantum computing techniques in particle physics and nuclear simulations is emerging, highlighting the intersection of quantum information science and high-energy physics. - Experimental Techniques in Heavy-Ion Collisions:
Innovative experimental approaches aimed at understanding the properties of nuclear matter under extreme conditions, particularly in heavy-ion collision experiments, are gaining attention. - Precision Measurements and Anomalies:
There is a trend towards conducting precision measurements to probe for new physics beyond the Standard Model, particularly in the context of rare decays and anomalies in particle interactions.
Declining or Waning
- Traditional Nuclear Models:
Research rooted in classical nuclear physics approaches, such as older shell models, seems to be declining as more sophisticated computational methods gain traction. - Standard Model Limitations:
Papers focusing solely on the limitations of the Standard Model without proposing new physics or extensions are appearing less frequently, indicating a shift towards exploring beyond-Standard Model physics. - Static Nuclear Properties:
Studies that primarily address static properties of nuclei, such as binding energies without linking to dynamic processes or experimental observations, are becoming less common.
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