Uncertainty about Pursuing Physics

In summary: However, this isn't a problem as you can take electrophysics 1 in the winter semester and electrophysics 2 in the spring semester. Double majoring in physics and another subject is an option, but you may have to switch your major if you want to take more than one class in that subject. It's quite common for schools to only offer a class for one semester per year. For instance, having electromagnetism 1 in the fall and 2 in the spring. However, this isn't a problem as you can take electrophysics 1 in the winter semester and electrophysics 2 in the spring semester. Double majoring in physics and another subject is an option, but you may have to switch your major if you want to
  • #1
StrangeCharm
23
12
Hello!

Did you always know you wanted to study physics? How did you make the decision to major in physics? Do you regret your choices?

I'm an undergraduate freshman who is thinking of majoring in physics. Nevertheless, although I enjoy physics, I sometimes wonder whether it's the right path for me. To major in physics, I would have to take math and physics courses, thus giving me little room to branch out and take classes in other subjects. Majoring in a STEM field is also restricting because you have to start early to complete your requirements on time. Thus, switching from physics to chemistry midway through college is not recommended.

I like physics as a subject, but I haven't developed a passion for my physics class (I'm currently in classical mechanics). I'm not sure whether to stick with it--which means sacrificing other interests of mine in order to dedicate my studies to physics--or changing paths (e.g. go into computer science)--which would allow me to explore other potential interests but leave me wondering whether I should have stayed with physics. Any advice is appreciated :)
 
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  • #2
TBH I think that having doubts as strong as you seem to have may be an indication that Physics is not for you. Physics is a VERY competitive field and it is not easy to get a job in which you actually do physics related things. You do seem to be misinformed though, since STEM majors are probably the least restricted in the world and you don't even need to declare a major right now, and you can easily take the math for physics (which is useful by itself and for other science fields) and dabble in chemistry or whatever else you want and not have to go to the trouble of switching majors so long as you wait to officially declare until you're sure that's what you want to do.
 
  • #3
I was referring to STEM majors being restricted while in school. I know that they have many options once they graduate, but during school they have to devote themselves to their studies if they want to do well. I'm not concerned about the workload or difficulty of physics (I already know that, and I am willing to put in the effort). My main concern is that I'm not sure if I have another "passion" out there that I won't discover if I dedicate myself to the demands of majoring in physics.

For example, if I stay on the physics track then next semester I'll take electromagnetism and multivariable calculus. The semester after that I will take introduction to quantum mechanics and liner algebra. However, if I want to major in computer science, then I should take computer science and discrete mathematics instead. I can't take physics, calc, comp sic, and discrete math at the same time because I have to fulfill other general education requirements. The problem is that my college offers these classes once a year (i.e. quantum is only in the spring semester, not fall). Thus, it's easy to fall behind if you stray from the path of your major.

Has anyone else faced the problem of having to decide what to major in and having to sacrifice other interests in order to pursue one specific interest?
 
  • #4
Being able to take a class once a year is definitely a problem. I suggest you take a semester or so off from Physics (undergrads should be able to do this once or twice and still be on track) and dabble in some of your other interests to see if you're interested in pursuing them long term. Obviously your school may not give you the opportunity to do this, since being able to take a class once a year is kind of super dumb. Maybe self study or a Minor/double major in your second choice, but being flexible enough with the secondary major to change if needed and still keep the physics?
 
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Likes StrangeCharm
  • #5
Niflheim said:
Being able to take a class once a year is definitely a problem. I suggest you take a semester or so off from Physics (undergrads should be able to do this once or twice and still be on track) and dabble in some of your other interests to see if you're interested in pursuing them long term. Obviously your school may not give you the opportunity to do this, since being able to take a class once a year is kind of super dumb. Maybe self study or a Minor/double major in your second choice, but being flexible enough with the secondary major to change if needed and still keep the physics?

It's quite common for schools to only offer a class for one semester per year. For instance, having electromagnetism 1 in the fall and 2 in the spring.
 

FAQ: Uncertainty about Pursuing Physics

What is the significance of uncertainty in the field of physics?

Uncertainty is a fundamental concept in physics that refers to the limitations in our ability to precisely measure certain physical quantities. It is a result of the inherent unpredictability of the behavior of particles at the quantum level. Uncertainty plays a crucial role in understanding and predicting the behavior of systems in the physical world.

What are some common sources of uncertainty in physics experiments?

There are several sources of uncertainty in physics experiments, including measurement errors, limitations of measurement instruments, and the inherent limitations of the scientific method. Uncertainty can also arise from external factors such as environmental conditions or human error.

How is uncertainty quantified in physics?

In physics, uncertainty is quantified using a concept called uncertainty principle, which was first introduced by Werner Heisenberg. This principle states that the more precisely we measure one physical quantity, the less precisely we can know another related quantity. This is due to the fact that measuring one quantity inevitably affects the other.

How does uncertainty impact the validity and reliability of scientific findings?

Uncertainty is an important consideration in the evaluation of the validity and reliability of scientific findings. It is crucial for scientists to acknowledge and account for uncertainties in their experiments and data analysis to ensure the accuracy and credibility of their results. Failure to do so can lead to misleading or inaccurate conclusions.

Is uncertainty a hindrance or an opportunity in physics research?

Uncertainty is often viewed as a hindrance in physics research, as it introduces limitations and challenges in conducting experiments and making predictions. However, it can also be seen as an opportunity for further exploration and discovery. The presence of uncertainty in physics allows for the development of new theories and models to better explain and predict the behavior of the physical world.

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