QCD and Numerical Analysis III

Part I. Surveys

1. An Introduction to Lattice Chiral Fermions
Herbert Neuberger

2. Computing f(A)b for Matrix Functions f
Philip I. Davies, Nicholas J. Higham

3. Computational Methods for the Fermion Determinant and the Link Between Overlap and Domain Wall Fermions
Artan Boriçi

4. Monte Carlo Simulations of Lattice QCD
Mike Peardon

Part II. Lattice QCD

5. Determinant and Order Statistics
Artan Boriçi

6. Monte Carlo Overrelaxation for SU(N) Gauge Theories
Philippe Forcrand, Oliver Jahn

7. Improved Staggered Fermions
Eduardo Follana

8. Perturbative Landau Gauge Mean Link Tadpole Improvement Factors
I.T. Drummond, A. Hart, R.R. Horgan, L.C. Storoni

9. Reversibility and Instabilities in Hybrid Monte Carlo Simulations
Bálint Joó

10. A Finite Baryon Density Algorithm
Keh-Fei Liu

11. The Nucleon Mass in Chiral Effective Field Theory
Ross D. Young, Derek B. Leinweber, Anthony W. Thomas

Part III. Computational Methods

12. A Modular Iterative Solver Package in a Categorical Language
T.J. Ashby, A.D. Kennedy, M.F.P. O’Boyle

13. Iterative Linear System Solvers with Approximate Matrix-vector Products
Jasper Eshof, Gerard L.G. Sleijpen, Martin B. Gijzen

14. What Can Lattice QCD Theorists Learn from NMR Spectroscopists?
George T. Fleming

15. Numerical Methods for the QCD Overlap Operator: II. Optimal Krylov SubspaceMethods
Guido Arnold, Nigel Cundy, Jasper Eshof, Andreas Frommer, Stefan Krieg, Thomas Lippert, Katrin Schäfer

16. Fast Evaluation of Zolotarev Coefficients
A. D. Kennedy

17. The Overlap Dirac Operator as a Continued Fraction
Urs Wenger

DRM-restrictions

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Keywords: MATHEMATICS / General MAT000000