Course lectures: slide presentations: supplementary information
Lectures (both slides + voice) are becoming available on-line day by day: here
Final forms of the lecture slides and supplementary information is linked below
Week 1: 1st - 5th July 2013
Monday: Bound, continuum, resonance and bin states, Slides
Tuesday: Overlap functions and the shell model, Slides (overlaps, shell model)
Further introductory information on the shell model:
H. Grawe, Shell Model from a Practioner's Point of View,
Euroschool Lectures Vol. 1
T. Otsuka,
Shell Structure of Exotic Nuclei,
Wednesday: Scattering Theory I, Slides (scattering theory, fresco introduction)
Thursday: Scattering Theory II, Slides (scattering theory, sfresco introduction)
Friday: Coupled channels and collective excitations, Slides
Week 2: 8th - 12th July 2013
Monday: Cluster-like couplings and the continuum, Slides (theory, calculations)
Tuesday: Eikonal methods, Slides (elastic, knockout)
Wednesday: Semiclassical concepts and methods, Slides
Thursday: Transfer reactions, Slides (formalism, applications)
Friday: Capture and fusion reactions, Slides (capture, fusion)
Week 3: 15th - 19th July 2013
Monday: R-matrix methods I, Slides (calculable, phenomenological)
Tuesday: R-matrix methods II,
Slides (phenomenological, essential azure, further azure)
Wednesday: Microscopic descriptions I, Slides
Thursday: Microscopic descriptions II, Slides
Other (supplementary) lecture notes, slides and material:
Ian Thompson (Lawrence Livermore National Laboratory)
Exotic Beams Summer School 2011: Introductory Lecture
Notes of Antonio Moro: Nuclear Reactions: applications and examples
Lectures given at the TRIUMF Summer Institute 2008
Notes on the Resonating Group Method (RGM): Descouvemont and Dufour
Other material used can be found in: Nuclear Reactions for Astrophysics
Notes of Jeff Tostevin: Probing single-particle structures in rare nuclei
Few-body models applied to Nuclear Reactions (Tostevin and Al-Khalili)
A LateX version can be found here
Notes of Daniel Baye: R-matrix methods (see also material at the R-matrix resources tab)
Microscopic/cluster approaches
Notes of Ron Johnson: Few-body models of direct reactions
Lectures Brett Carlson: The Optical model and optical model calculations ( with reference
to the code ECIS95) Discussion of Feshbach P and Q formalism