43 results on '"Rapuano F"'
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2. The apeNEXT project
3. The apeNEXT project
4. apeNEXT: A Multi-TFlops computer for elementary particle physics
5. Status of the apeNEXT project
6. Status of APEmille
7. K → ππ matrix elements beyond the leading-order chiral expansion
8. Extraction of K → ππ matrix elements with Wilson fermions
9. The apeNEXT project
10. APE computers—past, present and future
11. Status of APE projects
12. Progress of the APEmille project
13. NNLO unquenched calculation of the b quark mass
14. New results from APE with nonperturbatively improved Wilson fermions
15. Quark masses and the chiral condensate with a non-perturbative renormalization procedure
16. Quenched physics on APE computers
17. The transverse hadronic energy inW andZ 0 production
18. Heavy-flavour identification at pp and p $$\bar p$$ colliderscolliders
19. Panel discussion: Innovative approaches to high performance computing
20. The transverse hadronic energy in W and Z production.
21. THE SOFTWARE OF THE APE100 PROCESSOR.
22. A HARDWARE IMPLEMENTATION OF THE APE100 ARCHITECTURE.
23. Status of quenched QCD on ape computers
24. Weak matrix elements on the lattice
25. Status of the APE-100 project
26. Quenched BK-parameter with the Wilson and Clover actions at β = 6.0
27. Results for the B-meson decay constant from the APE collaboration
28. B → K* γ decay on APE
29. The new wave of the APE project: APEmille
30. Preliminary results from APE-100
31. Critical dynamics of the hybrid Monte Carlo algorithm
32. D- and B-meson semi-leptonic decays
33. Decay constants of heavy-light mesons
34. Light quark physics on different lattices
35. Light quark physics with dynamical Wilson fermions
36. Glueballs and string breaking from full QCD
37. SESAM and T χL results for Wilson action—A status report
38. Full QCD with dynamical Wilson fermions on a 24 3 × 40-lattice — a feasibility study
39. Light quenched hadron spectrum and decay constants on different lattices
40. On the order of the deconfining phase transition in SU(3) LGT
41. An overview of the APEmille parallel computer
42. From APE to APE-100: From 1 to 100 gflops in lattice gauge theory simulations
43. The APE computer: An array processor optimized for lattice gauge theory simulations
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