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Lecture Topic : (Math Physics) NUCLEAR PHYSICS (M1, Heyde)

Prerequisites : Quantum Mechanics (Sen, M1); Electrodynamics (Sen, M1);

Recommended Text(s) :

“Basic Ideas and Concepts in Nuclear Physics”, 2nd Edn., K. Heyde, Institute of Physics, 1999.

Approx price new on (hard copy) :  –

Approx price second hand on (hard copy) : $44

Availability free on (e-format) : Yes

eMule search key word(s) : Heyde, Nuclear Physics

Lectures and Links :


Lecture 1  (link)

Ch.1   Nuclear Global Properties


Lecture 2  (link)

Ch.2   General Nuclear Radioactive Decay Properties and Transmutations


Lecture 3  (link)

Ch.3   General Methods


Lecture 4  (link)

Ch.4   Alpha-Decay : the Strong Interaction at Work


Lecture 5  (link)

Ch.5   Beta-Decay : the Weak Interaction at Work


Lecture 6  (link)

Ch.6   Gamma Decay : the Electromagnetic Interaction at Work


Lecture 7  (link)

Ch.7   The Liquid Drop Model Approach : A Semi-Empirical Method


Lecture 8  (link)

Ch.8   The Simplest Independent Particle Model : the Fermi-Gas Model


Lecture 9  (link)

Ch.9   The Nuclear Shell Model


Lecture 10  (link)

Ch.10   The Nuclear Mean-Field : Single-Particle Excitations and Global Nuclear Properties


Lecture 11  (link)

Ch.11   The Nuclear Shell Model : Including the Residual Interactions


Lecture 12  (link)

Ch.12   Collective Modes of Motion


Lecture 13  (link)

Ch.13   Deformation in Nuclei : Shapes and Rapid Rotation


Lecture 14  (link)

Ch.14   Nuclear Physics at the Extremes of Stability : Weakly Bound Quantum Systems and Exotic Nuclei


Lecture 15  (link)

Ch.15   Deep inside the Nucleus : Subnuclear Degrees of Freedom and Beyond


Lecture 16  (link)

Ch.16   Outlook


Lecture 17  (link)



Links to Other Lecturers on this Topic :

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