| LC control no. | sh2022007579 |
|---|---|
| Topical heading | Computational physics |
| See also | Computer science Physics |
| Scope note | Here are entered works on the use of computers and computational tools and methods in physics. Works on the use of mathematical tools and methods in physics are entered under Mathematical physics. |
| Subject example tracing | Note under Mathematical physics |
| Found in | Work cat.: Klco, Natalie. Calculating nature naturally, 2020: abstr. (computation imprints the precisely-known isolated Hamiltonian of a distributed computational framework with a conjecture of the universe's Hamiltonian to calculate the physical implications of a proposed theoretical design. In this way, physics is able to connect theory and experiment, even in non-perturbative physical regimes eluding analytic solution) p. 3 (Since the early days of computational development, curiosities have grown about the relation between computation and physics--both how the laws of physics limited computational capacity and how computational design could inspire the development of physical law) ResearchWorks Archive subject keywords (Computational physics) Institute of Physics Computational Physics Group website, Oct. 24, 2022: home page (computational physics, which is broadly defined as the science of using computers to: support physics research; help find solutions to physical problems) Liden, Daniel. What is computational physics?, via All the science website, Oct. 24, 2022 (Computational physics is a field that utilizes both existing physics formulas and numerical algorithms to make large-scale calculations with computers that would be extremely time consuming and tedious to perform by hand. Essentially, it is a branch of physics that is concerned with making mathematical models and solutions by using computers and programming. The mathematical models that physicists aim to create often involve vast amounts of information that require very powerful computers to process) |
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