Falling in Love with Physics: Is It Possible?

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The discussion revolves around the challenges faced by an undergraduate student in physics, particularly regarding a lack of deep understanding and confidence in their abilities. The individual expresses feelings of uncertainty and frustration, noting that despite a passion for physics, they struggle with mathematical concepts and certain topics in mechanics. They question whether they have the aptitude to pursue a career in physics, likening their situation to those with physical limitations in sports. Responses highlight that such feelings are common among students, emphasizing that it's normal not to grasp everything immediately. Many participants share their experiences of initially feeling lost but eventually gaining clarity over time. They suggest that understanding often develops later, particularly during graduate studies or practical applications. The importance of perseverance and the idea that one doesn't need to understand every detail right away are reinforced, along with the notion that undergraduate education is more about exposure than mastery. Overall, the conversation offers reassurance that struggles in understanding are a shared experience among physics students.
parsifal
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I don't know if this should be posted here, and I doubt if anyone can actually write anything genuinely illuminating, but I'll post it anyway, as self-treatment at least. To me it is a career question, and a very fundamental one too.

Most of you probably don't have these kind of problems, as usually there's at least some correlation between how skilled/able one is and how much he/she enjoys the topic.
But not for me. While I don't suck at physics, I am not too good either. In particular I have problems with mathematics (both as a physicist's tool and as a science of its own). And I have never really grasped things like electric circuits or certain topics in mechanics. I can usually, but not always, solve the exercises we're given, but this feels like a mechanical procedure, and I too often feel I don't have that real insight I'd wanted to have. I feel uncertain, constantly thinking whether I've got it right or wrong. And I never feel my solution is correct unless I get to see the right result. My uncertainty is probably just an offshoot from the fact that I don't really understand many things in physics, so that it is justified or rational uncertainty.

I am no more than an undergraduate at the moment. As long as I have understood anything about real physics, I have wanted to be a physicist.

And while I don't have what it takes, physics is the target of all my affection :!)

But no matter how much I daydream, my brain cortex won't double. Now matter how much a person with a wooden leg exercises, he will never win gold in hurdles in Olympics. Now matter how much a blind person studies, he can never become a surgeon (hopefully?). That is not to say that there's as much hurdles gold metalists as there are physicists, but to say that to want something badly just may not be enough.

So, is there anyone else like me on the forum, or do you know anyone? What to do? What have you done? Continuing physics as a hobby? I don't think so. I'd never get over the fact that I'm an amateur, so it would probably be better to leave physics completely.

Well. I think I have already answered myself, but I'd gladly hear, if there are other with similar but possibly milder feelings about physics. And I don't expect for you to write anything unrealistically encouraging. I know not everybody get what they want.

Thanks for your comments (and flames, too) in advance!
 
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I often share your frustration.
Many times during classes and course and even at exam time feel that I don't have a solid clue what I am doing. I have many times learned how to solve problems without knowing exactly what I am doing and I still get good grades. But its not satisfying like you say.

But I have noticed one thing, after some time it falls into place. I can suddenly one day think back at that mechanics problem and realize "ohh THATS why it worked". At other times I realize that I have to take the more advanced course to know why the methodes used in the earlier ones worked.

I talked some with my favorite professor about this and he told me not to worry that I don't understand everything. He said its quite impossible to really understand everything.
Undergrad education is just to get a feel for everything there is imo, not to understand all there is to understand.
Therre is no need to understand everything. The real understanding comes in when you become a grad student or start working with the knoweledge you gained.

I also have troubble with the maths classes. But even though I passed the classes I took the time afterwards to go through it more strictly and that helped ALOT!

Often I also find myself searching for understanding that just do not exist. Sometimes I have to remind myself of what Feynman said "shut up and calculate". Many times the mathematical relationships can't be expressed in words and the understanding IS knowing the calculations.

Remeber this is hundrads of years of knoweledge, much of it very weird. that we try to cram into our heads in 4-5 short years often under a lot of pressure. Dont be to harsh on yourself.
 
This makes me feel so much better.

I agree with the idea that you don't need to understand everything at first.

Totally normal, but makes me feel better for not being alone.
 
JasonRox said:
This makes me feel so much better.

I agree with the idea that you don't need to understand everything at first.

Totally normal, but makes me feel better for not being alone.

My thoughts exactly.
 
yea that's interesting i AGREE AS WELL
 
Hey, I am Andreas from Germany. I am currently 35 years old and I want to relearn math and physics. This is not one of these regular questions when it comes to this matter. So... I am very realistic about it. I know that there are severe contraints when it comes to selfstudy compared to a regular school and/or university (structure, peers, teachers, learning groups, tests, access to papers and so on) . I will never get a job in this field and I will never be taken serious by "real"...
Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...
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