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Introduction

0:00

Ricardo Barbieri

4:37

The Making of the Standard Model

8:00

Fermi Theory

9:45

consort vector current

12:50

algebra current

15:01

gauge theory

17:26

other major steps

19:07

important steps

22:10

Weinberg synthesis

27:02

Weinbergs question

28:19

Synthetic description

29:47

Neutral current

31:31

Progressive discoveries

33:37

Precision in QCD

35:10

Electronic Sector

37:10

Ultimate Precision

40:37

Cultural Evolution

46:34

Unification

47:05

Current anomalies

48:20

General lessons

49:08

Flavor symmetry

50:14

Physics what we do

50:36

Question from the chat

52:38

Stevens contributions

56:50

phenomenological lagrangians

57:27
Tea Break Special Edition - Steven Weinberg and his legacy
ABSTRACT The Galileo Galilei Institute celebrates Steven Weinberg, a founding father of the theory of fundamental interactions and one of the greatest theoretical physicists of the last century. His work has been a source of inspiration and guidance for generations of physicists and is at the heart of current front-line research. This special GGI Tea Breaks' event is dedicated to the research of Steven Weinberg, its impact and legacy in theoretical physics. The programme includes four talks, each focused on a particular broad area of research where the work of Weinberg led to breakthrough progress. His contribution will be put into historical context and its relevance for present-day research will be discussed ORGANIZING COMMITTEE R. Contino, G.D'Amico, F. D'Eramo, V. Forini, D. Marzocca, D. Orlando, A. Tesi, R. Torre, A. Sfondrini, E. Trincherini Time Speaker Title video 15:00 Welcome 15:10 Riccardo Barbieri (Scuola Normale Superiore, Pisa) The Standard Model of particle physics 15:50 Q&A 16:00 Howard M. Georgi (Harvard University) Effective field theories and the low-energy limit of strong interactions 16:40 Q&A 16:50 Coffee Break 17:10 Edward Witten (IAS Princeton) On the role and meaning of symmetries in field theory On the role and meaning of symmetries in field theory 16:50 Q&A 18:00 Nima Arkani-Hamed (IAS Princeton) Gravity as an effective field theory and the cosmological constant 18:40 Q&A 18:50 Discussion and closing

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Galileo Galilei Institute (GGI)

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