The heart of Physics is not a back formula, but rather a verifiable interpretation of the natural world using Mathematics, Experiment and Modeling. University courses usually extend from mechanics, eectromagnetism, waves, motherdynamics, quintum physics to condensed matter, sprophysics, particle physics or biophysics.
I. What do you read mainly?
MIT Physics stresses the importance of financial physics, external physics and research; Oxford expands from classic physics to quantum mechanics, eectromagnetism, motherdynamics, special relativity, etc., and then enters a more advanced branch.
What's the difference between Physics and Engineering?
Physics asks, "Why does the laws of nature work like this?" Even more often, Engineering asks "how to translate principles into systems, products, or engineering." Both require mathematics, but physics is usually more sensitive to financial theory, modeling and research.
III. EQUIPMENT OF STUDENTS
- Likes math, abstract reasoning and models.
- Interest in the universe, quantum, materials, energy or basic science
- I'm willing to do experiments and data analysis.
- It doesn't preclude long-term solution.
IV. How to prepare for high school
Mathematics and Physics are almost at the core. The top course may further require or strongly favour Further Mathematics. Physics, like Oxford 2027 entry, explicitly included Physics, Maths/Forther Maths in the main academic preparations and requested ESAT.
V. Common career
Research, Semiconductor, quantum technology, data science, finance, software, medical physics, engineering, energy, education, etc. Physics often has the advantage of becoming quintuitive skills, rather than being a physist.
