Theoretical Nuclear Physics

E336421

Theoretical Nuclear Physics is a foundational scientific work that systematically develops the principles and mathematical framework underlying the structure, interactions, and behavior of atomic nuclei.

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Theoretical Nuclear Physics canonical 1

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Predicate Object
instanceOf nonfiction book
physics textbook
scientific book
aimsTo connect nuclear models with experimental data
provide systematic development of nuclear theory
covers bound states of nuclei
continuum states of nuclei
effective nuclear forces
nuclear excitations
nuclear matter
nucleon‑nucleon interactions
resonances in nuclei
describes alpha decay
beta decay
collective model of the nucleus
gamma decay
liquid‑drop model of the nucleus
nuclear decay processes
nuclear many‑body problem
nuclear models
nuclear reaction theory
nuclear scattering theory
shell model of the nucleus
structure of atomic nuclei
discipline theoretical physics
field nuclear physics
focusesOn behavior of atomic nuclei
mathematical framework of nuclear physics
principles of nuclear forces
genre academic literature
hasAspect foundational exposition of nuclear theory
rigorous mathematical treatment
intendedFor advanced physics students
researchers in nuclear physics
mainSubject atomic nuclei
nuclear interactions
nuclear reactions
nuclear structure
uses group theory
many‑body theory
perturbation theory
quantum field theory
quantum mechanics
scattering theory

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Victor F. Weisskopf notableWork Theoretical Nuclear Physics