Exploring the Next Steps in Physics Beyond the General Physics Series

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In summary: I guess. 3 was great. It was a lot more challenging and I learned a lot more.In summary, you should continue to study physics after completing the Calculus courses. I think learning about the modern fields would be a good choice.
  • #1
Saladsamurai
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That, is, I have almost completed the 3 courses in the General Physics series. I am taking other courses in Dynamics and mathematics, but mostly for engineering.

I would like to branch out a little now, or better still, hone in on some other areas of physics. After studying the fundamentals of physics, i.e. Newton's Laws through electricity and magnetism, what is the next logical step? I won't necessarily being taking classes in it in school, but I would like to continue to study physics.

Should I start looking into the modern fields? What do you think the next few topics I should get into are? I have completed 2 of 3 Calculus courses, and I am in the middle of an intro differential equations course.

What do you think is next?
 
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  • #2
Saladsamurai said:
That, is, I have almost completed the 3 courses in the General Physics series. I am taking other courses in Dynamics and mathematics, but mostly for engineering.

I would like to branch out a little now, or better still, hone in on some other areas of physics. After studying the fundamentals of physics, i.e. Newton's Laws through electricity and magnetism, what is the next logical step? I won't necessarily being taking classes in it in school, but I would like to continue to study physics.

Should I start looking into the modern fields? What do you think the next few topics I should get into are? I have completed 2 of 3 Calculus courses, and I am in the middle of an intro differential equations course.

What do you think is next?

Doesn't your university give you a four year plan of study for your major.
 
  • #3
It sounds like Saladsamurai isn't a physics major, although he could probably still switch if he wanted to. It sounds like you've taken freshman mechanics and E&M, and the next logical step would be a higher level classical mechanics or E&M course. There's a lot more to both of those subjects, and in classical mechanics in particular you'll learn a lot of math and basic physics which will help you understand even higher level courses. Think about taking classes instead of learning from books, I think lectures are a much more engaging way to learn than by reading equations out of a book.

Just my two cents.
 
  • #4
I think learning something about modern physics would be a good choice, since you've taken the classical physics courses. The material is quite different from what you've taken so far, and really interesting.

I'm afraid I don't know of any books, but many schools offer a modern physics course. You could study the text for that class, or ask one of your physics professors.
 
  • #5
I think a course in Modern Physics is the next logical step. I suggest using Serway's "Modern Physics." It's a great book and will give you a basic introduction to relativity and quantum mechanics.
 
  • #6
G01 said:
I think a course in Modern Physics is the next logical step. I suggest using Serway's "Modern Physics." It's a great book and will give you a basic introduction to relativity and quantum mechanics.


Correct. As of now, I am not a Physics major. I am at a two year college completing the first two years of mechanical engineering. I like engineering, but I love physics. I am hoping to be allowed to do the double major in both at my four year university when I transfer. But I can't really wait a whole year before taking another physics course. I love it too much to wait that long.

For General Physics, we are pretty much through with Halliday and Resnick's Fundamentals of Physicss (7th ed.) And like I said, I am about through with the calculus series. Will I need anything else before starting this book GO1?
 
  • #7
For me it went like this:

1st year: Freshman physics, I assume this is what you are taking.

2nd year: I took a few physics classes per quarter, some of which were labs, which I won't mention, since you can't do them on your own anyway.

Thermodynamics-------Modern Physics---Classical Mechanics
Mathematical physics---Math Phys 2

3rd Year: Now I'm taking 2 per quarter also

E&M 1 -------E&M 2-----will take E&M 3
Quantum---Quantum 2---will take statistical mechanics
 
  • #8
Poop-Loops said:
For me it went like this:

1st year: Freshman physics, I assume this is what you are taking.

2nd year: I took a few physics classes per quarter, some of which were labs, which I won't mention, since you can't do them on your own anyway.

Thermodynamics-------Modern Physics---Classical Mechanics
Mathematical physics---Math Phys 2

3rd Year: Now I'm taking 2 per quarter also

E&M 1 -------E&M 2-----will take E&M 3
Quantum---Quantum 2---will take statistical mechanics

I have taken Physics 1,2 and 3. 1 and 2 were basically the foundations of mechanics and thermodynamics, and 3 is E&M.
 
  • #9
in sweden we have a program called "Engineering Physics", 4.5years.

And I agree with G01: Modern Physics is the next step if you know math, E&M and classical Mechanics.
 

FAQ: Exploring the Next Steps in Physics Beyond the General Physics Series

What is the purpose of exploring the next steps in physics beyond the General Physics Series?

The General Physics Series provides a foundation for understanding the fundamental principles of physics. However, there are many unanswered questions and mysteries in the field of physics, and exploring the next steps allows scientists to further advance our understanding of the universe and potentially make groundbreaking discoveries.

What are some examples of topics that may be covered in the next steps of physics?

Some examples include quantum mechanics, particle physics, cosmology, and string theory. These topics involve studying the behavior of matter and energy on a microscopic level, the nature of the universe and its origins, and the fundamental building blocks of matter.

How do scientists plan to explore these next steps in physics?

Scientists use a variety of methods and tools to explore the next steps in physics. This may include conducting experiments using particle accelerators, analyzing data from space observations, and developing mathematical models and theories to explain and predict physical phenomena.

What impact can exploring the next steps in physics have on society?

Exploring the next steps in physics can have a significant impact on society. Advances in technology and understanding of the universe can lead to new inventions and innovations, such as improved medical treatments, renewable energy sources, and communication technologies. Additionally, a deeper understanding of the universe can help us address global challenges and make more informed decisions about the future.

Is it possible that we may never fully understand the next steps in physics?

It is possible that we may never fully understand the next steps in physics, as the universe is constantly evolving and there may always be new mysteries to uncover. However, by continuously exploring and pushing the boundaries of our knowledge, we can continue to make progress and gain a deeper understanding of the world around us.

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