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Tag Nuclear Theory

Understanding the Geometrical Interpretation of the Thomas Theorem and Efimov States

The world of quantum physics often delves into complexities that, if we’re not careful, can leave both scientists and enthusiasts baffled. However, new research like that of Zheng and Bonasera provides crucial insights that clarify longstanding theories. In this article,… Continue Reading →

Understanding Fragmentation: Study of Fragmentation Using Clusterization Algorithm with Realistic Binding Energies

Fragmentation is a fascinating process that occurs in various fields of science, from nuclear physics to computer science. In the realm of nuclear physics, it involves the break-up of atomic nuclei into smaller fragments. This phenomenon has been a subject… Continue Reading →

Extensions of Superscaling from Relativistic Mean Field Theory: The SuSAv2 Model

In the field of nuclear physics, researchers are constantly striving to develop accurate models that can accurately describe the behavior of atomic nuclei and their interactions with external particles. The study titled “Extensions of Superscaling from Relativistic Mean Field Theory:… Continue Reading →

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