Top Banner
EU IHP Network on Hadron Phenomenology from Lattice QCD Effective Theories, Renormalisation and Matching University of Southampton 23–26 January 2002 Lattice Aspects of Global CKM Fitting G Martinelli 1
25

Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

Feb 13, 2019

Download

Documents

vodiep
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

EU

IHP

Netw

orkon

Hadron

Phenom

enologyfrom

LatticeQ

CD

Effective

Theories,R

enormalisation

andM

atchingU

niversityofS

outhampton

23–26January

2002

LatticeA

spectsofG

lobalCK

MF

ittingG

Martinelli

1

Page 2: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

2

Page 3: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

3

Page 4: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

4

Page 5: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

5

Page 6: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

6

Page 7: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

7

Page 8: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

8

Page 9: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

9

Page 10: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

10

Page 11: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

11

Page 12: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

12

Page 13: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

13

Page 14: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

14

Page 15: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

15

Page 16: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

16

Page 17: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

17

Page 18: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

18

Page 19: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

19

Page 20: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

20

Page 21: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

21

Page 22: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

22

Page 23: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

23

Page 24: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

24

Page 25: Fitting Matching - University of Southampton · There is an experimental hierarchy between the CKM matrix elements that is evident in the Wolfenstein parametrisation: A, A, p and

25