What Are the Key Science Fields Utilizing Advanced Math and Physics?

[xholicwriter]

What fields of study in science using advanced math and physics (maybe + engineering)?

 

[Clever-Name]

Anything to do with Physics.

 

[xholicwriter]

Can you give me some examples (such as mathematical physics, engineering physics)?

 

[Clever-Name]

Astrophysics
Condensed Matter Physics
High Energy Physics
Theoretical Physics
Mathematical Physics
Atmospheric Physics
Nuclear Physics
Meteor Physics
Circuit Physics (basically electrical engineering)
Classical Physics
Electromagnetism
Nano-physics

I don't know what else to tell you, put any *reasonable* word in front of 'physics' and you get a field that if you go far enough in depth you will encounter high end physics and math.

If you're looking for a specific field in which to study at the undergrad level then you can usually only choose from General Physics and Astrophysics, some colleges will over materials science, nanotechnology, and maybe atmospheric physics. But you will never specialize to a specific field like above until graduate school

 

[xholicwriter]

What courses do I have to take to become a mathematical physicist?

 

[Clever-Name]

What level of education are you in right now?

 

[xholicwriter]

I'm a high school senior. I really interest in math and physics, so I want to major in both subjects. Therefore, mathematical physics is a good option for me. I would like to know how to become a mathematical physicist.

 

[Clever-Name]

First, don't worry about that until you're in your final year of your undergrad. You never know how your interests change when you actually get into the field. Having an interest in such an advanced field at such a young age isn't a strong indicator that you'll actually enjoy it when you get to that level of education. The math and physics you see in high school is NOTHING at all like the math and physics you'll see at the end of your undergrad and into graduate studies.

However, if all goes well and you are still really interested in this field throughout your college education then a double major math+physics is probably the best way to go right now. Unless there's a program in Theoretical Physics or Mathematical Physics. At the undergrad level you won't be doing what graduate students would consider a mathematical physics program. Yes, you'll be learning math and you'll be learning physics but it won't be mathematical physics.

Throughout your undergrad you'll want to educate yourself on what your prospective graduate schools offer in terms of a theoretical/mathematical physics program. Talk to your academic advisers and find out what they would suggest you take (courses) in order to best prepare yourself for your future in mathematical physics.

A double major doesn't allow for much in terms of electives so you'll probably have your hands tied in terms of what courses you can take so just go along for the ride. For your electives it's important you take courses that will benefit you in the future. A mathematical physicist won't benefit from a course in sexual psychology.

 

[xholicwriter]

Thank you very much!