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Gowtam Chandra Pal
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Physicists at the TU Darmstadt and their collaboration partners have performed laser spectroscopy on cadmium isotopes to confirm an improved model of the atomic nucleus. It has been developed to describe the exceptional behaviour of the radii of calcium isotopes. The results published in Physical Review Letters could be a step towards a global model of the nuclear structure.
from - https://phys.org/news/2018-09-nuclear-theory-radii-cadmium-isotopes.html
This is not about a model of the atom, but a model of the nucleus, i.e., the structure of protons and neutrons inside the nucleus.Gowtam Chandra Pal said:Is it so different from traditional nuclear atomic model? Is it possible to clarify to solve the limitations created from Rutherford's atomic model and Bohr's atomic model
The purpose of this study is to confirm the improved nuclear model of cadmium isotopes using laser spectroscopy. This model can help us better understand the structure and behavior of these isotopes, which can have important implications for nuclear physics and related fields.
Laser spectroscopy is used to measure the energy levels and transitions of cadmium isotopes. By analyzing the light emitted when the isotopes are excited by a laser, we can gather valuable information about their nuclear structure and properties.
Confirming this improved nuclear model can provide a more accurate and comprehensive understanding of cadmium isotopes. This can lead to advancements in nuclear physics and potentially impact other fields such as nuclear energy and medicine.
The findings of this study can have various applications, such as improving nuclear energy production, developing new medical treatments using radioactive isotopes, and enhancing our understanding of the fundamental principles of nuclear physics.
The next steps in this research may include further experiments and analyses to confirm the results and expand the study to other isotopes. Additionally, the findings of this study can serve as a foundation for future studies on nuclear models and their applications.