Studying Physics: Where to Go After Serway?

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In summary, the conversation discusses the topic of continuing to study physics after completing the basics in Serway. The speaker asks for suggestions on which direction to go in and for book recommendations. The other person suggests reading classical mechanics by Taylor or the Feynman lectures, and also mentions Modern Physics for Scientists and Engineers by Thornton & Rex for those interested in modern physics. They also mention that Serway should provide enough background for any of these options.
  • #1
thetrice
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I have studied the physics content in serway , and ofcourse that's only the most basics of physics, but there are many directions and many theories that i have to study, so i would like you to tell me in what direction i should go to continue studying physics, rather than just opening Wikipedia and searching for theories, as these theories are based on others and also because as in serway i was seeing also the order of time of these theories with a summary of its discoverers, so any suggestions to do or a reference of books to move on with after serway ?
 
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  • #2
Go whichever way you want. And I don't understand what you mean by: "as these theories are based on others"
All of science builds on previous science, so I don't know what you meant by that.
 
  • #3
Well, maybe you can read some classical mechanics text? Like "classical mechanics" by Taylor?

Or perhaps you're ready for the Feynman lectures?
 
  • #4
micromass said:
Well, maybe you can read some classical mechanics text? Like "classical mechanics" by Taylor?

Or perhaps you're ready for the Feynman lectures?

I would recommend both of those very highly. Also, if you're looking for modern physics, check out Modern Physics for Scientists and Engineers by Thornton & Rex. You really can't go wrong with any of these, depending on the direction you're interested. Serway should be enough background for any of them.
 
  • #5


I would recommend that you continue your studies in physics by exploring different subfields and topics that interest you. Physics is a vast and diverse field, and there are many directions you can take your studies in.

One option is to delve deeper into the topics covered in Serway, such as mechanics, electromagnetism, thermodynamics, and modern physics. You can do this by reading more advanced textbooks or taking higher-level courses in these subjects.

Another approach is to explore new areas of physics that were not covered in Serway. Some suggestions include quantum mechanics, particle physics, astrophysics, or condensed matter physics. These areas are constantly evolving and have many exciting developments and discoveries to explore.

You can also consider reading books or articles written by renowned physicists, attending seminars or conferences, or joining a research group to gain hands-on experience in a specific area of physics.

Ultimately, the best direction to go after Serway will depend on your interests and career goals. I would recommend that you explore different options and find what truly fascinates you in the field of physics. Good luck in your studies!
 

FAQ: Studying Physics: Where to Go After Serway?

What career opportunities are available for someone with a degree in Physics?

There are many career opportunities available for someone with a degree in Physics. Some common ones include research and development, engineering, data analysis, teaching, and working in the tech industry. Physics also provides a strong foundation for pursuing advanced degrees in fields such as astronomy, astrophysics, and medical physics.

What types of skills and knowledge will I gain by studying Physics?

Studying Physics will provide you with a strong foundation in mathematics, problem-solving, critical thinking, and data analysis. You will also gain an understanding of fundamental principles and laws that govern the natural world, as well as how to apply them to real-world problems. Additionally, you will develop strong research skills and the ability to work with complex data and systems.

Is it necessary to have a strong background in math to study Physics?

While having a strong background in math can be helpful in studying Physics, it is not necessary. Many universities offer introductory courses that cover the necessary math concepts, and you will continue to develop your math skills as you progress through your degree program. However, having a basic understanding of algebra, trigonometry, and calculus will be beneficial.

What are some recommended resources for studying Physics?

There are many resources available for studying Physics, including textbooks, online lectures and courses, and practice problems. Some recommended resources include the textbook "Physics for Scientists and Engineers" by Raymond A. Serway, online courses from platforms like Coursera and edX, and practice problems from websites such as Khan Academy and Physics Classroom.

What skills or experiences can I gain outside of the classroom to supplement my Physics studies?

There are many ways to supplement your Physics studies outside of the classroom. You can join a physics club or organization, participate in research projects, attend conferences or workshops, or engage in hands-on experiments and demonstrations. It can also be beneficial to seek out internships or co-op opportunities to gain practical experience in a specific field of physics.

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