Proceedings of the Summer School of Computational Atomic and Nuclear Physics
Proceedings of the Summer School of Computational Atomic and Nuclear Physics by C. Bottcher, M. R. Strayer, J. B. McGrory
English | 1990 | ISBN: 9810201257 | 424 Pages | PDF | 27.1 MB
English | 1990 | ISBN: 9810201257 | 424 Pages | PDF | 27.1 MB
The evolution of parallel processor supercomputers in recent years provides opportunities to investigate in detail many complex problems, in many branches of physics, which were considered to be intractable only a few years ago. But to take advantage of these new machines, one must have a better understanding of how the computers organize their work than was necessary with previous single processor machines. Equally important, the scientist must have this understanding as well as a good understanding of the structure of the physics problem under study. In brief, a new field of computational physics is evolving, which will be led by investigators who are highly literate both computationally and physically.