Workshop on singly and doubly charmed baryons

Europe/Paris
Salle des Séminaires (1222-RC/SB-08) (LPNHE)

Salle des Séminaires (1222-RC/SB-08)

LPNHE

4 place Jussieu 75005 Paris France
Description

Welcome to the workshop on singly and doubly charmed baryons. This short workshop is held within the framework of the Intensity Frontier GDR, supported by CNRS. It will take place on Tuesday June 26th and Wednesday June 27th in the LPNHE lab, located on the Pierre and Marie Curie/Jussieu campus of Sorbonne Université in central Paris.

This is one of the series of workshops organised in the framework of the GDR-InF (Groupement de Recherche Intensity Frontier).

The main goal of the workshop is to discuss the latest topics on the doubly & singly charmed baryons from both theoretical and experimental point of views. We will have a few reviews talks as well as long discussion sessions which will allow all people to actively participate . 

Registration is now open. Fees of 50 will be charged, which include the workshop dinner on 26th June.


Bienvenue à l'atelier sur les baryons contenant un ou deux quarks charmés. Cet atelier se situe dans le cadre du GDR « Intensity Frontier », qui est soutenu par le CNRS. L'atelier aura lieu le mardi 26 juin et le jeudi 27 juin au LPNHE, sur le campus Pierre et Marie Curie (Jussieu) de Sorbonne Université à Paris.

L'inscription est ouverte. Des frais de 50 sont demandés, incluant le diner de l'atelier du 26 juin.

    • 09:30 12:00
      Welcome & Doubly Charmed Baryons I

      Including review of spectroscopy & experimental status

    • 12:00 14:00
      Lunch I
    • 14:00 18:00
      Singly Charmed Baryons I

      Including review of spectroscopy and future experimental prospects of MDM

    • 20:00 22:00
      Dinner at l'ESCARMOUCHE (40 rue de la Montagne Ste Genevieve, Paris 5)

      Restaurant's address:
      L'ESCARMOUCHE
      40, rue de la Montagne Sainte Genevieve
      75005 Paris

    • 09:00 13:15
      Doubly Charmed Baryon II

      Including review of life time and weak decay & future experimental prospects

    • 13:30 14:30
      Lunch I
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