Exploring the Nuclear Equation of State with CDM3Y B3Y-Fetal Effective Interaction

Introduction: Understanding the nuclear Equation of State (EOS) is essential for exploring nuclear matter, neutron stars, and nuclear reactions. A recent study by Ochala Isaiah, published in the International Journal of Physics Research and Applications, investigates the EOS using the CDM3Y version of B3Y-Fetal effective interaction. The findings enhance our comprehension of nuclear incompressibility and symmetry energy, crucial for nuclear physics and astrophysics. Visit Physics Research Journal for more groundbreaking research in this domain.

Key Findings of the Study:

• Density Dependence of B3Y-Fetal Interaction: The study successfully applies CDM3Y density-dependent interactions to reproduce nuclear saturation properties.
• New Set of Interactions: Researchers developed CDB3Y1-Fetal to CDB3Y6-Fetal interactions, corresponding to incompressibilities from 188 MeV to 252 MeV.
• Consistency with Standard Models: The newly formulated interactions align with results from M3Y-Reid and M3Y-Paris effective interactions, validating the study’s methodology.
• Implications for Nuclear Reactions: The findings suggest that these interactions can improve nuclear reaction modeling and provide insights into neutron-rich matter.

The Role of Symmetry Energy in Nuclear Matter: The nuclear EOS significantly impacts neutron star properties, including mass-radius relationships and cooling mechanisms. According to The American Physical Society (APS), understanding symmetry energy is critical for advancing nuclear structure research. The study determined symmetry energy values of Esym = 32.00 MeV with a slope parameter L = 55 MeV, aligning with empirical nuclear physics data.

Access the Full Study and Related Research: For a detailed analysis, read the full study at https://doi.org/10.29328/journal.ijpra.1001057. For further insights into nuclear interactions and their astrophysical implications, Dive deeper into nuclear physics research at Physics Research Journal.

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