What is computer physics?
Computational Physics is a field that uses existing patterns of physics and numerical algorithms to create extensive calculations with computers that would be very time -consuming and tiring to perform manually. Basically, it is a physics industry that deals with the creation of mathematical models and solutions using computers and programming. Mathematical models to create physics often include a huge amount of information that requires processing very powerful computers.
The exact classification of calculation physics in the overall physical area is often discussed. Some consider it a sector of theoretical physics, because it tends to be involved in the areas of physics that are still deeply theoretical with little solid experimental support. Others believe that this should be considered an experimental physics industry, as the data used usually come from experiments. However, scientists largely agree that it falls somewhere in Bmesi with two disciplines and has theoretical and experimentMember components.
Modern physics relies strongly on computers to develop most of the complex mathematical aspects of experiments and theories. The physical field, such as astrophysics, fluid mechanics and accelerator physics, depend on programming and calculation. For example, in accelerator physics, computers must monitor, record and analyze a huge amount of information every time the particles collide in the particle accelerator. Computer physics of a solid state attempts to discover a connection between the atomic properties of solids and their extensive properties of the analysis of a large amount of solids on the molecular level.
There are many other tasks solved by a calculation that can be freely grouped in the field of computer physics. Often such tasks such as the solution of the difference and inside the equation or the evaluation of very large nuts are used to calculate physical systems. These tasks lzE easily classify either as pure mathematics, which is performed purely for mathematics. However, when performing to discern information on physics, they may equally easily fall into the category of computer physics.
Many universities offer calculation physics courses, although any pre -school teaching in the field is rare. Initial university courses tend to teach the basic principles of programming and how to apply them to problems related to physics. Later courses, often taught at the postgraduate level, teach how to manipulate and solve major problems composed of large amounts of data using algorithms and advanced programming procedures.