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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Full triples — surface form annotated when it differs from this entity's canonical label.

Victor F. Weisskopf → notableWork → Theoretical Nuclear Physics ⓘ