Physics majors aren t particularly bad at that 40

Main discipline: Physics.

Main courses: Advanced Mathematics, Mechanics, Thermal, Optics, Electromagnetism, Atomic Physics, Methods of Mathematical Physics, Theoretical Mechanics, Thermodynamics and Statistical Physics, Electrodynamics, Quantum Mechanics, Solid State Physics, Structures and Physical Properties, Introduction to Computational Physics, etc.

The main practical teaching links: including production practice, scientific research training, graduation**, etc., generally arranged for 10-20 weeks.

Duration: 4 years.

Degree awarded: Bachelor of Science.

The quality of the major is still related to the school, the physics department of Shandong University is good, but this is a science after all, if you are not willing to engage in theoretical research or don't study, it will be very boring, it is better to choose some engineering majors.

Whether it's bad or not actually lies in how you look at it, 360 lines, and the line is the champion. If you are an outsider, please don't underestimate any insider in the circle, if you are an insider, even you feel bad, and expect outsiders to make any positive evaluations?

You asked very generally, physics majors take us as an example, first learn the classical mechanical, thermoelectric is of course extended on the basis of calculus, then atomic physics and the like, and finally the four major mechanics of theoretical physics "theoretical mechanics", "electrodynamics", "quantum mechanics" and "thermodynamics, statistical physics".I just finished my junior year of studying thermomechanics, electromobility, and physical force, and in the second semester, quantum mechanics and materials physics. Physics majors may vary from school to school.

However, the four major mechanics must be learned. 1. Is there any connection between nuclear physics and particle physics My curriculum does involve both. However, the learning content is more like breaking them up and infiltrating the various subjects.

2 Antimatter This kind of thing belongs to the frontier disciplines, and it is generally not accessible during the university, after all, compared with the frontier disciplines, the university is only equivalent to laying a foundation, and the master's and doctor's degrees may be exposed to ......3 I don't know how old you are, I remember that there was a bit of a popular science introduction at the end of my junior high school physics book, and systematic learning naturally had to be in college. If you don't want to learn the mathematical relationship between theory and various processes, but just understand it in popular science, look at a brief history of time, the universe in the shell is very interesting Finally, physics is quite different from high school, no.

Physics is still relatively easy to employ, and there are generally more teachers.

Relativity. The expansion and application of quantum theory in various fields of science has achieved great success, but it is far from ending. In the 20th century, about 3 to 4 centuries after the revolution in modern physics.

There has been no new, fundamental and major change in physics, and its progress is mainly manifested in the popularization and application of relativity and quantum theory, but this does not mean that the development of physics has come to an end. At present, it seems that the charm of physics, which has always been a model of exact science, has not diminished, and its position as the foundation of the development of the entire natural science will not be shaken.

Although the focus of the discipline structure of science in the 21st century will be shifted to the field of life sciences, because life is also material, physics can find new problems within the life sciences.

Study dark matter.

Forms of cosmic existence such as dark energy are also the task of physics, and certain physical phenomena such as superconductivity have been discovered in the last century.

There is still room for further exploration of the principle of photoelectric conversion efficiency. "There is no doubt that physics will continue to play a very important role in the 21st century. ”

Division. If you have a wide range of Zhizhou guesses, you can also be a natural science teacher of Xiao Nian Dian Buxue. If you have a major in a certain aspect of physics, such as theoretical physics, physics experiments. Then you can go to graduate school and further your studies.

Major in Physics.

It is super popular, and the prospect of the branch industry is very good.

Industry distribution. Graduates majoring in physics have a wide range of employment: after graduation, they can engage in teaching in colleges and universities, or engage in theoretical research, experimental research, and technology development and application in research institutes; You can work in materials science and engineering in a company.

technology development and applied research in the field of electronic information technology; It is also possible to enter physics-based disciplines, such as information, energy, aerospace, military industry, materials, transportation, economics, and life sciences.

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There is no prospect for Li Ye.

It is said that "if you learn mathematics, physics and chemistry well, you will not be afraid to go all over the world", and the above can be seen that physics majors are very popular, and there is no need to be afraid of finding a job, and their salaries are very good.

Science majors that do not study physics include: Financial Affairs, Finance and Economics, Marketing, Materials Chemistry, Metallurgical Engineering, Materials Science and Engineering, Polymer Materials and Engineering, Inorganic Non-metallic Materials Engineering, etc. Science refers to natural sciences, applied sciences, and mathematical logic'Collectively.

The main science subjects are: mathematics, physics, chemistry, biology, geography, computer software applications, technology and design practice, etc. The birth and development of science is the result of the development of human intelligence, which indicates that human beings truly understand how to think about nature, so the development of science is also the key to the development of human science and natural thinking.

My buddy is majoring in physics.

Yes, I heard him personally talk about this profession is not bad.

His feeling is that it is still difficult to learn physics, and some students have learned it better"Dead", or if you don't like it, it may be more painful. But if you grasp the main idea, keep thinking, ask questions and solve problems, the learning process is still very interesting.

In terms of employment prospects, I feel that there are still many people around me who continue their studies, and there are also many who change careers (some of my classmates go to psychology, finance, and computer science for graduate school), and some will choose to work in middle school or change careers to find a job as an undergraduate!

Undergraduate education is general, and physics can be studied as a hobby, and it can be learned well (non-grades, non-grade points.

We have different understandings of science and the laws of all things, and it would be better if you were more hands-on. If you are good at physics, you will feel very smart, and you will find good angles and solutions to problems, which will make people shine, and you will have more opportunities for promotion in your work.

Not very sure about the future. According to my friend's current opinion, the treatment of physics is good, and the competitive pressure is not very great, but it is a little busy, and it will be even busier in the future, and it will be busy for a lifetime. So if you want to mess around (me), don't come, some majors can live well, but physics is not included.

But if you are ambitious and can persist for a long time, if you can always have a royal love for physics, welcome to apply for the physics major!

Physics majors are not easy to get employed, because physics majors can only engage in specialized research after they come out, and the scope of employment is too small, unless you change careers.

There are many different advantages to a physics major. It allows you to learn about physics and natural sciences, and can play a role in learning about laboratory equipment, data processing, and research. In addition, with the rapid development of modern science and technology, physics students can also succeed in software engineering, artificial intelligence, and other emerging fields.

Summary. The employment prospects of physics majors are quite good, and they are one of the more popular physics majors.

The employment prospects of physics majors are quite good, and they are one of the more popular physics majors.

Is math good, or physics is good.

Math is a little better.

What about computers, and mathematics.

Computer. Oh.

These three are easy to find a place to work.

Well, yes. Computers are better for finding a job.

Is it hard to find a job in physics?

It's not hard to find. Door. Physics majors or students can go to colleges and universities to engage in teaching work, or to research institutes to engage in theoretical research, experimental research and technology development. In addition, you can also engage in materials science, electronics and other aspects of work in enterprises that are lacking.

The employment of physics is the same as that of most basic majors, mainly engaged in teaching and research and related scientific research management in universities, national defense departments, scientific research institutions, etc. Place.

There are many physics-related research institutes in China, such as the Institute of High Energy Physics of the Chinese Academy of Sciences, the Institute of Theoretical Physics, the Institute of Modern Physics, the Institute of Plasma Physics, and the National Space Science Center.

It's very good that this major is also rolling, so let's introduce what I learned from my friends.

Physics is a discipline that studies the most general laws of material motion and the basic structure of matter, which reveals the basic laws of material generation, evolution, transformation and interaction, involving various systems from micro, macroscopic to cosmic, from small to many, from simple to complex, which is the core of natural science and the foundation of engineering technology, and has a strong intersectionality with social disciplines. This major aims to cultivate innovative talents who have mastered solid and systematic basic theories of physics and a wide range of basic knowledge and basic experimental methods of physics, have certain basic scientific research ability and application development ability, and can develop into innovative talents who can continue their studies in different professional fields of physics and related interdisciplinary disciplines or engage in scientific research, teaching, technology, application and management in the corresponding scientific and technological fields. After graduation, students of this programme will be able to pursue a career in research, teaching, technology and related management in physics or related science and technology.

After graduation, he mainly worked in education, new energy, electronic technology and other industries, roughly as follows:

1. Education and training institutions.

2. New energy.

3. Electronic technology semiconductors set impulse and prepare hail circuits.

4. Professional services (consulting, human resources, accounting).

5. Internet e-commerce.

6. Computer software.

7. Instrumentation industrial automation.

8. Other industries.

Physics core enlightenment depends on your own personal, physics dust professional employment restrictions are too great, basically out of the research, if you have an interest in this area, you can consider it in the air, otherwise it is not recommended.