A subfield of physics known as theoretical physics uses mathematical models and frameworks to comprehend and explain the underlying laws of the cosmos. It tries to create theoretical explanations and forecasts for a variety of natural phenomena, from the dynamics of galaxies to the behaviour of subatomic particles.

In order to describe how physical systems behave, theoretical physicists create mathematical equations, build models, and create theoretical frameworks. To build these models, they frequently use calculus, differential equations, linear algebra, and complex analytic techniques and ideas.

Our grasp of the laws of nature is being explored and advanced by theoretical physics. It looks for the fundamental ideas that underlie how matter, energy, space, and time behave. Theoretical physicists contribute to the creation of fresh concepts, theories, and explanations that may be put to the test through experiments or observations by putting forth and testing theoretical hypotheses.

Quantum mechanics, general relativity, particle physics, cosmology, string theory, and quantum field theory are a few examples of theoretical physics fields. Theoretical physicists frequently work with experimental physicists to test the hypotheses put forth by theoretical models through experiments. They hope to progress science and deepen our understanding of the physical world by working together.

Thank you
Craig Kirkman

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