Coimbra School of Computational Physics 1999
10h 00m – 11h 00m Monte Carlo Methods in Physics: Foundations and Algorithms
11h 00m – 11h 30m Coffee Break
11h 30m – 12h 30m Evaluation of Real Time Path Integrals
12h 30m – 15h 00m Lunch
15h 00m – 16h 00m Simulations in Condensed Matter
16h 00m – 16h 30m Coffee Break
16h 30m – 17h 30m Simulations in Quantum Field Theory
17h 30m – 18h 00m Coffee Break
18h 00m – 19h 00m The Monte Carlo Method in Statistical Physics
19h 30m Reception and Dinner at the Mercure Hotel
9h 00m – 10h 00m Monte Carlo Methods in Physics: Foundations and Algorithms
10h 00m – 10h 30m Coffee Break
10h 30m – 11h 30m The Monte Carlo Method in Statistical Physics
11h 30m – 12h 00m Coffee Break
12h 00m – 13h 00m Evaluation of Real Time Path Integrals
13h 00m – 15h 00m Lunch
15h 00m – 16h 00m Simulations in Condensed Matter
16h 00m – 16h 30m Coffee Break
16h 30m – 17h 30m Simulations in Quantum Field Theory
9h 00m – 10h 00m Monte Carlo Methods in Physics: Foundations and Algorithms
10h 00m – 10h 30m Coffee Break
10h 30m – 11h 30m Simulations in Quantum Field Theory
11h 30m – 12h 00m Coffee Break
12h 00m – 13h 00m The Monte Carlo Method in Statistical Physics
13h 00m – 15h 00m Lunch
15h 00m – 16h 00m Evaluation of Real Time Path Integrals
16h 00m – 16h 30m Coffee Break
16h 30m – 17h 30m Simulations in Condensed Matter
17h 30m – 18h 30m Flips, fires and foams: a mixed bag of applications
9h 00m Excursion
9h 00m – 12h 00m Practical Session (K. Jansen)
12h 00m – 14h 00m Lunch
14h 00m – 17h 00m Practical Session (K. Jansen)
9h 00m – 12h 00m Practical Session (D. W. Heermann)
12h 00m – 14h 00m Lunch
14h 00m – 17h 00m Practical Session (D. W. Heermann)
17h 00m Closing Session
| J. A. M. S. Duarte (Porto, Portugal)
Flips, fires and foams: a mixed bag of
applications D. W. Heermann (Heidelberg, Germany) The Monte Carlo Method in Statistical Physics K. Jansen (CERN) Simulations in Quantum Field Theory N. Makri (Illinois,USA) Evaluation of Real Time Path Integrals A. Pelissetto (Pisa, Italy) Monte Carlo Methods in Physics: Foundations and Algorithms G. Senatore (Trieste, Italy) Simulations in Condensed Matter |