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SUMMARY:Computational challenges in nuclear physics: R-matrix analysis
DTSTART;VALUE=DATE-TIME:20260514T120000Z
DTEND;VALUE=DATE-TIME:20260514T140000Z
DTSTAMP;VALUE=DATE-TIME:20260514T172300Z
UID:indico-event-964@indico.gssi.it
DESCRIPTION:Speakers: James deBoer\n\nBecause the nuclear many-body proble
 m has no closed form solution and is incredibly difficult to solve numeric
 ally\, much of the research in nuclear physics centers around developing n
 uclear theory to overcome this or using phenomenological models\, that rel
 y on experimental data to constrain them\, to search for correlations. Bot
 h methods are very computationally expensive\, with nuclear theories attem
 pting to solve some many-body Hamiltonian up to some precision or by fitti
 ng phenomenological models to large amounts of nuclear data. In this talk 
 will discuss the latter topic\, in particular the use of phenomenological 
 R-matrix. I’ll give some background about it’s history of use and why 
 it is still one of the leading methods used today\, give an overview of th
 e basic theory\, give examples of its implementation and discuss the many 
 modern problems that are still faced with its implementation. Zoom link:
  https://gssi-it.zoom.us/j/83386782481?pwd=gg0pSaulEWlUGg2nq0bDcqrVsjojuq
 .1  Meeting ID: 833 8678 2481Password: 446669 \n\nhttps://indico.gssi.i
 t/event/964/
LOCATION:Ex-ISEF/Building-Main Lecture Hall (GSSI)
URL:https://indico.gssi.it/event/964/
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