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Some physicist (experimentalists) work in a laboratory and do a lot of measurements. Other physicist (theoreticians) do not need complicated devices and expensive equipment to do research: a piece of paper and a pencil is enough for them to do their calculations.
Computational physics is between the two: Computers can be used for modelling natural phenomena. The scientists can control every aspect of these computer models, so they have much tighter control than experimentalists. Moreover, they can model very complicated phenomena on computers, phenomena that cannot be studied with the purely mathematical tools of theoreticians. The disadvantages are that the results that can be obtained from these models are not as general and not as precise as the theoretician's formulae, and that the models do not correspond exactly to the real world that experimentalists study.
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What is the importance of computational physics?
That rather puts the cart before the horse. The computer is important, but only as a tool to make possible extremely complex predictive and analytical models and calculations. So the Physics is the important bit. The computer is a research tool.
How can string theory be applied in the development of advanced code for computational simulations?
String theory, a theoretical framework in physics that describes the fundamental building blocks of the universe as tiny strings, can be applied in the development of advanced code for computational simulations by providing insights into the underlying structure of the universe. By incorporating principles from string theory, such as extra dimensions and symmetry, into computational algorithms, researchers can potentially create more accurate and efficient simulations that better model complex systems and phenomena.
Who are some famous Filipino physicists?
Some famous Filipino physicists include Dr. Roger Posadas, known for his work on theoretical and computational physics; Dr. Elizabeth H. Montano, known for her research on physics education and nanotechnology; and Dr. Caesar Saloma, a National Scientist of the Philippines recognized for his contributions to optics and photonics.
What is the role of physics in computer science?
Physics plays a crucial role in computer science by providing the underlying principles for understanding how computers work at a fundamental level. Concepts such as electricity, magnetism, and quantum mechanics are essential for designing hardware components and creating efficient algorithms. Understanding physics can also inspire new computational paradigms, such as quantum computing.
How is computer science related with physics?
Computer science and physics are closely related through the principles of computational modeling and simulation. Physicists often use computers to analyze complex physical phenomena, simulate experiments, and make predictions about the behavior of systems. Computer science provides the tools and techniques for designing and implementing algorithms that help in solving physics problems and analyzing data. Additionally, concepts from physics, such as electromagnetism and quantum mechanics, are foundational to understanding how computers and digital technology work.
When was Journal of Computational Acoustics created?
Journal of Computational Acoustics was created in 1993.
What has the author Franz Vesely written?
Franz Vesely has written: 'Computational physics' -- subject(s): Differential equations, Numerical analysis, Mathematical physics, Numerical solutions, Physics, Methodology
What are some highly recommended computational physics graduate programs available for aspiring students?
Some highly recommended computational physics graduate programs for aspiring students include those offered by institutions such as Stanford University, Massachusetts Institute of Technology (MIT), University of California, Berkeley, and University of Illinois at Urbana-Champaign. These programs are known for their strong emphasis on computational methods and their cutting-edge research opportunities in the field of physics.
What are the specific requirements and qualifications needed to pursue a PhD in Computational Physics?
To pursue a PhD in Computational Physics, you typically need a bachelor's degree in physics or a related field, strong mathematical and programming skills, research experience, letters of recommendation, a high GPA, and a compelling personal statement outlining your research interests and goals. Additional requirements may vary by institution.
What are the prerequisites and requirements for pursuing a Computational Physics PhD program?
To pursue a Computational Physics PhD program, you typically need a bachelor's degree in physics or a related field, strong mathematical skills, programming experience, letters of recommendation, a statement of purpose, and GRE scores. Some programs may also require a minimum GPA and specific coursework in physics and computer science. Additionally, research experience and publications can strengthen your application.
What has the author Robert Geroch written?
Robert Geroch has written: 'Mathematical physics' -- subject(s): Mathematical physics 'Perspectives in computation' -- subject(s): Computational complexity, Quantum computers
What are the career prospects for someone with a Ph.D. in Computational Physics?
Individuals with a Ph.D. in Computational Physics have promising career prospects in various fields such as research, academia, technology, and finance. They can work as research scientists, data analysts, software developers, or professors. Job opportunities are available in industries like aerospace, energy, healthcare, and finance, offering competitive salaries and opportunities for advancement.
What is the importance of computational physics?
That rather puts the cart before the horse. The computer is important, but only as a tool to make possible extremely complex predictive and analytical models and calculations. So the Physics is the important bit. The computer is a research tool.
What are 15 field of physical science?
You could do worse than consider the 15 science divisions at the head of the SCIENCE subdivision in this answers.com. That will give you a good start. You'll find that several of the primary divisions in science have, in turn, subdivisions below them.
When was Institute for Computational Sustainability created?
Institute for Computational Sustainability was created in 2008.
When was Journal of Computational Chemistry created?
Journal of Computational Chemistry was created in 1980.
When was Computational Materials Science created?
Computational Materials Science was created in 1994.
