cours de l’institutde physique théorique...cours de l’institutde physique théorique group...

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Cours de l’Institut de Physique Théorique Group Theory in a Nutshell for Physicists A Z (KITP & IPT) At 10:00 AM, on the Fridays: 18, 25 November; 2, 9, and 16 December 2016. I intend to follow closely a portion of the material contained in my textbook Group Theory in a Nutshell for Physicists (Princeton University Press 2016), which is in turn based on a course I gave at the University of California at Santa Barbara. The course was for graduate students and qualified undergraduates. For this 5-lecture course, I plan to focus on the Cartan classification of Lie alge- bras and Dynkin diagrams. Thus, I expect students to be already familiar with the concept of a group and of its matrix representations. We will begin with a quick overview of SU(N), focusing on SU(2) and SU(3) in particular, and drawing from parts IV and V of my book. I will then follow part VI in detail, covering the following topics: roots and weights for orthogonal, uni- tary, and symplectic algebras; Cartan classification; and Dynkin diagrams. If we do find ourselves with extra time on our hands, there are many additional topics we could choose to discuss, such as the Majorana equation and its emergence in condensed matter physics. Neither this course nor the textbook is suitable for people seeking mathemati- cal rigor. The treatment of group theory is given at a level customary for physics students. IPhT, CEA-Saclay Salle Itzykson courses.ipht.cnrs.fr

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Page 1: Cours de l’Institutde Physique Théorique...Cours de l’Institutde Physique Théorique Group Theory inaNutshellforPhysicists AnthonyZee(KITP&IPhT) At10:00AM,ontheFridays: 18, 25

Cours del’Institut de Physique Théorique

Group Theory in a Nutshell for Physicists

ANTHONY ZEE (KITP & IPHT)At 10:00 AM, on the Fridays: 18, 25 November; 2, 9, and 16 December 2016.

I intend to follow closely a portion of the material contained in my textbookGroup Theory in a Nutshell for Physicists (Princeton University Press 2016),which is in turn based on a course I gave at the University of California at SantaBarbara. The course was for graduate students and qualified undergraduates.

For this 5-lecture course, I plan to focus on the Cartan classification of Lie alge-bras and Dynkin diagrams. Thus, I expect students to be already familiar withthe concept of a group and of its matrix representations.

We will begin with a quick overview of SU(N), focusing on SU(2) and SU(3) inparticular, and drawing from parts IV and V of my book. I will then follow part VIin detail, covering the following topics: roots and weights for orthogonal, uni-tary, and symplectic algebras; Cartan classification; and Dynkin diagrams. If wedo find ourselves with extra time on our hands, there are many additional topicswe could choose to discuss, such as the Majorana equation and its emergencein condensed matter physics.

Neither this course nor the textbook is suitable for people seeking mathemati-cal rigor. The treatment of group theory is given at a level customary for physicsstudents.

IPhT, CEA-SaclaySalle Itzyksoncourses.ipht.cnrs.fr