Nuclear physics from lattice QCD

By S. Beane, William Detmold, K. Orginos, Martin J. Savage. 2010

168 citations recorded by the source corpus.

I present a pedagogical overview of the application of lattice QCD to the physics of multi-hadron systems. This is a relatively new area of research in which progress has been significant in the last few years and the aim of these lectures is to provide a perspective on the current and future scope of this emerging frontier. After reviewing the recent developments that are beginning to enable nuclear physics to be studied from the underlying theory of the Standard Model, I discuss the recent results that have been obtained in the study of two-hadron and multi-hadron systems. I also explore the difficulties particular to lattice QCD calculations of such systems and emphasise the issues that remain to be resolved.

Subfields: Nuclear and High Energy Physics

View Paper: https://www.semanticscholar.org/paper/801dd1ee85ad7e83db1e97449b45627ecb4877da

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In Nuclear and High Energy Physics

1. Rainer Sommer
2. M. Morte
3. A. Vladikas
4. Nils Paar
5. S. Simula
6. S. Gottlieb
7. U. Heller
8. G. Colangelo

Citations in the corpus

• FLAG Review 2019 (2019, background): “First is direct evaluation of matrix elements calculated with initial and final states consisting of multiple nucleons [814, 815].”
• Nuclear equation of state from ground and collective excited state properties of nuclei (2018, background): “sfittedto nucleon-nucleonscatteringdatain thevacuum aretheParis, Argonne, Bonn [123,124,125]orchiral effectivepotentials[126,127]. Therearealsoeffortsinderivingthenuclearstronginteractiondirectly fromQCD[128]. Therefore,thetermabinitioshouldbeunderstoodinaverybroadandflexibleway. Therelevanceofthesetype”