1, postgraduate direction of physics: condensed matter physics.
2. Research direction: soft matter, also known as complex liquid; Macro quantum state; Mesoscopic; Electronic behavior in solids; Employment destination: universities, research institutes, high-tech companies, as researchers, engineers, technical backbones and so on.
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Physics is a subject that studies the most common laws of motion and the basic structure of matter. Physics, as the leading discipline of natural science, studies the most basic motion forms and laws of all substances from the universe to elementary particles, so it has become the research basis of other natural science disciplines.
Physics began in the era of Galileo and Newton, and now it has become a basic science with many branches. Physics is an experimental science, and it is also a science that advocates rationality and attaches importance to logical reasoning. Physics, which makes full use of mathematics as its working language, is the most accurate natural science subject today.
Physics is a natural science, which mainly studies matter, energy, space and time, especially their respective properties and their relationships. Physics is knowledge about the laws of nature; More broadly, physics explores and analyzes what happens in nature to understand its laws.
Particle physics studies the basic components of matter and energy and their interaction; Also known as high energy physics. Because many elementary particles do not exist in nature, they only appear in particle accelerators under high-energy collisions with other particles.
According to the interaction standard model of elementary particles, there are 12 elementary particle models of known substances (quarks and light particles). They interact through strong, weak and electromagnetic basic forces. The standard model also predicts the existence of the Higgs boson. Looking for it.
Astrophysics and modern astronomy apply physical theories and methods to study the structure and evolution of stars, the origin of the solar system and related problems of the universe. Because of the wide range of astrophysics, it uses many physical principles, including mechanics, electromagnetism, statistical mechanics, thermodynamics and quantum mechanics.