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TALENT 2019 schedule

FROM QUARKS AND GLUONS TO NUCLEAR FORCES AND STRUTURE

Lattice Quantum Chromodynamics (LQCD), chiral effective field theory (χEFT) and nuclear lattice effective field theory (NLEFT) have in recent years achieved great progress. These advances provide new possibilities to explore and study fundamental questions in strongly interacting systems relevant for nuclear physics, with the goal of fully controlling all uncertainties. Students attending the 2019 TALENT summer school "From Quarks and Gluons to Nuclear Forces and Structure" will be trained in state-of-the-art methods and concepts in first principles nuclear theory such as LQCD, χEFT and NLEFT. The purpose is to prepare the next generation of nuclear theorists on how to determine physical properties of multi-hadron systems from the fundamental theory of the strong interactions.

 

ORGANISERS: 

Morten Hjorth-Jensen (Michigan State University and University of Oslo)

Daniel Bazin (Michigan State University)

Michelle Kuchera (Davidson College)

Sean Liddick (Michigan State University)

Raghuram Ramamujan (Davidson College)

 

STUDENTS' CO-ORDINATORS AND ADVISOR:

Morten Hjorth-Jensen (Michigan State University and University of Oslo)

 

TEACHERS:

Daniel Bazin (Michigan State University)

Morten Hjorth-Jensen (Michigan State University and University of Oslo)

Michelle Kuchera (Davidson College)

Sean Liddick (Michigan State University)

Raghuram Ramamujan (Davidson College) 

WEEKLY SCHEDULE    
Week 1 Lecture Topics Projects and exercises

 Monday

 

 

 Tuesday

 

 
 Wednesday

 

 

 Thursday

 

 

 Friday

 

 

     
Week 2 Lecture Topics Projects and exercises
 Monday

 

 

 Tuesday

 

 

Wednesday

 

 

Thursday

 

 
 Friday  

 

 

 

     
 Week 3 Lecture Topics Projects and exercises

 Monday

 

 

 Tuesday

 

 
 Wednesday

 

 

 Thursday

 

 

 Friday

 

 

     
TEACHING  
Time Activity
9 am - 12 pm Lectures, project relevant information and directed exercises
12 pm - 2 pm Lunch
2 pm - 6 pm  
6 pm - 7 pm