Many-body correlations, phase transitions and clustering

7-11 September

 Many-body correlations, phase transitions, and clustering: how to identify and quantify them?
 

Organizers: C. W. Johnson (San Diego State Univ., contact), N. Sandulescu (IFIN-HH), A. Volya (Florida State Univ.)
Talks and seminars during the first week (07/09-11/09); working group: one week.

 

PROGRAM:  WorkshopESNTpairing2026vJuly.pdf

 

The structure of atomic nuclei reflects a delicate interplay between single-particle motion and collective correlations. Phenomena such as pairing, shape coexistence and clustering exemplify how complex emergent behavior arises from fundamental nucleon–nucleon interactions.
In recent years, major progress has been achieved in ab initio, shell-model, and energy-density functional approaches, as well as through advanced experimental probes. However, the field still lacks unified diagnostics capable of quantifying the degree of collectivity, correlation, and condensation in a model-independent manner.

 

 Goals of the workshop

(i) To discuss how correlations and clusterisations are treated in various models and how they manifest in experimental data.

(ii) To discuss how to identify and to quantify, theoretically and experimentally, the emergence of quantum phase transitions associated to pairing and alpha-like condensation.

(iii) To explore the methods employed to describe correlations, phase transitions and condensation in condensed matter superfluidity, ultracold gases and quantum information, and to discuss how they can be applied to nuclear systems.

 

Tentative list of speakers (as of July, 16^th). 

 

·       M. Assié (IJCLab Orsay)

·       F. Barranco (University of Sevilla)

·       D. Beaumel (IJCLab Orsay) 

·       B. Cederwall (Univ. Stockholm) 

·       L. Corradi (INFN-LNL, Legnaro)

·       J.-P. Ebran (CEA, DAM, DIF) 

·       C. W. Johnson (San Diego State Univ.)

·       D. Gambacurta, (INFN Catania)

·       V. Goldberg (Texas A&M)

·       N. Itagaki (Osaka Metropolitan University)

·       C. W. Johnson (SDSU, San Diego)

·       E. Khan (IJCLab Orsay)

·       K. Kravvaris (Lawrence Livermore National Laboratory)

·       D. Lee (Michigan State University, USA)

·       H. Z. Liang (Univ. Tokyo, RIKEN)

·       E. Litvinova (Western Michigan University)

·       P. Magierski (Warsaw University of Technology)

·       A. Nurmukhanbetova (Nazarbayev University) 

·       T. Otsuka (University of Tokyo)

·       G. Rogachev (Texas A&M)

·       N. Sandulescu (IFIN-HH, Bucharest) 

·       P. Van Isacker (GANIL)

·       A. Volya (Florida State University)

 

 

 

Tentative program

 

 

	Monday 7 Sept.	Tuesday 8 Sept.	Wednesday 9 Sept.	Thursday 10 Sept.	Friday 11 Sept.
9h30	Welcome	Discussions	Discussions	Discussions	Discussions
10h	Lecture	Lecture	Lecture	Lecture	Talk
10h45	Break	Break	Break	Break	Break
11h	Talk	Talk	Talk	11h Seminar	Talk
11h45	Talk	Talk	Talk	12h Short com.	Talk
12h30	Lunch	Lunch	Lunch	12h30 Lunch	Lunch
14h	Talk	Talk	Talk	Talk	Talk
14h45	Short com.	Short com.	Short com.	Short com.	Closeout
15h15	Break	Break	Break	Break	End
15h30	Discussions	Discussions	Discussions	Discussions
17h	End	End	End	End

 

 

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