Advice for a lost wanna-be physicist

In summary, the individual is a 23-year-old student who recently discovered their passion for understanding the fundamentals of how things work. They have a 3.7 GPA in challenging math and science courses, but struggle with self-discipline in other areas of life. They are unsure if their current proficiency in science will continue and if they can handle the challenges that come with advanced courses and research. However, they are determined to continue learning and expanding their understanding of the universe.
  • #1
CPearl
1
0
Hello all, I'm new here. I'm at a point in life and in school where it's difficult to discern where I'm heading and what I should expect out of myself academically and professionally in the next few years.

I'm 23 years old and I didn't realize until the age of 21 what it was that I was passionate in. I find that I'm passionate in understanding the way things work at their most fundamental levels. That is: following the "why" trail as to things that happen.

At 21 I enrolled in college and I've been going for 4 semesters now, mostly catching up on stuff that I needed to retake as I was a very poor student in high school; not because I had difficulty, but because being a teenager got the best of me and making good grades seemed of no consequence.

I'm currently carrying a GPA of about 3.7, short of a 4.0 only because of classes that aren't geared towards science and mathematics. I have A's in: 2 Algebra classes, Geometry, Trigonometry, Astronomy, Chemical Calculations, and General Chemistry. I'm great at intuitively understanding relationships between concepts, logically working things out, memorizing formulas, and understanding their relevance. In other classes I'm doing well, but not so well as the ones that most would consider to be more challenging.

I find myself much more involved in classes that are quantitative as opposed to classes that are abstract in their less-specific ambiguity and broadness. I find myself trying to apply a scientific mindset to things that don't ask that mindset of me.

I want to gain the knowledge of our current understanding of the universe, and I want to help expand on it. I suppose my questions are: is my proficiency in the disciplines pertaining to science thus far representative enough of my ability and will it carry on, in other words, will I hit a snag at some point when the material gets harder? Is it easy to get burnt out on the material, is there a point at which it becomes, "oh damnit, just more pointless math equations"?

I'm not entirely well disciplined as a human being. My assertiveness, self-discipline, and health do not necessarily reflect a well-balanced lifestyle, and this is true in classes that I feel do not directly connect to science and mathematics, and yet science and math classes seem to be the exception to my lifestyle.

I know this post is perhaps long, drawn out, and broad.. but perhaps the best way I can generalize it is, given: where I am academically, and given my habits in life, does it get harder, and can I do it? I want to know how things work. I love learning about the fundamental interactions of everything and the language in which the interactions are represented. Despite my overall lackadaisical attitude towards life, is the pattern in my academic history of the sciences prominent enough to carry me onward, or should I make a change in life?

Thanks for your patience in reading this essay to this point, and any feedback and similar experiences or stuggles is greatly appreciated.

Hope you all had a happy Thanksgiving!

-Caleb
 
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  • #2
I wouldn't worry so much about what your feelings may be towards math and science in the future. Your focus should be trying your best and giving it your all as of right now. There is no reason to stop if you are enjoying learning and are curious about more. Of course things become progressively harder and more abstract as you get more advanced, and to an outsider or someone who sees things without understanding them, it may look like a bunch of pointless math equations but my experience has been the more advanced you get, the richer the material becomes, conceptually as well as mathematically. Also it's just too early to judge how good you would be but keep in mind that there are very few people who get far without working hard, so it's not just about abilities. You seem to have the background to start learning calculus so I would do that as soon as possible. After mastery of that, you can start learning some real physics and classes at that level would incorporate the "quantitativeness" you desire. Good luck :)
 
  • #3
There's no way of "knowing" whether or not you're going to be able to cut it as a scientist other than simply pushing forward and doing it.

The material will get more challenging the further you go.

You will have classes that you won't be excited about and you'll very likely have other classes that will feel pointless. And burnout is a serious risk. It happens to a lot of students at all levels.

On the other hand you are also very likely to have classes that will inspire you.

If you're honestly feeling like self-discipline is going to be a challenge for you, then very likely it will be and you'll have to do something about it. I can't tell you how to find it. Part of starts with simply growing up and maturing. Part of it is circumstantial. But recognizing a weakness is the first step to fixing it.
 
  • #4
Speaking as someone who started university at the age of 21 after getting a post-high school diploma in Chemistry: yes it gets harder to assimilate as quickly as you get older, but hopefully the fact that you're older means you're more disciplined/have a clearer motivation to study. The material in higher courses are generally harder, but it depends on how well you assimilated previous courses.

Course work generally does not prepare you to " do science", as I quickly learned in my first 2 months of doing my final year research project, so there's no way to know if you're good at research until you actually do it.
 
  • #5


Dear Caleb,

Thank you for sharing your thoughts and concerns with us. It's great to hear that you have found your passion for understanding the fundamental workings of the universe. Pursuing a career in physics can be challenging, but also incredibly rewarding.

First of all, I want to assure you that your proficiency in science and mathematics thus far is a good indication of your ability to continue in this field. It's normal to encounter challenges and difficulties in higher level courses, but with your strong foundation and passion, I believe you have the potential to overcome them. It's important to have a growth mindset and not be discouraged by setbacks.

As for getting burnt out on the material, it's important to find a balance in your life and take breaks when needed. It's also helpful to find ways to apply your knowledge and see how it connects to the real world. This can help keep your interest and motivation high.

Regarding your self-discipline and health, these are important aspects to consider as they can greatly impact your academic performance and overall well-being. I would suggest finding ways to incorporate healthy habits into your daily routine, such as exercise, proper nutrition, and time management. These will not only benefit your academic pursuits, but also your overall quality of life.

In terms of your overall academic history, it's important to remember that it's never too late to make a change if you feel like it's necessary. If you find that physics is truly your passion and you are willing to put in the hard work and discipline, then I believe you have the potential to succeed in this field. However, if you find that your interests and skills lie elsewhere, it's never too late to explore other options and make a change.

I wish you all the best in your academic and professional journey. Keep pursuing your passion and never stop asking "why" and seeking to understand the world around us. Happy Thanksgiving to you as well.

Best regards,
 

1. Why did you become a physicist?

As a scientist, I have always been fascinated by the laws and principles that govern our universe. Physics allows me to explore and understand the fundamental workings of the world around us, and I find it incredibly rewarding and fulfilling.

2. What advice do you have for someone who wants to become a physicist?

My advice would be to start with a strong foundation in math and science, as these are the building blocks of physics. It's also important to be curious, ask questions, and never be afraid to challenge established ideas. Get involved in research or internships to gain hands-on experience and network with other physicists.

3. Are there any specific courses or skills that are essential for a career in physics?

Aside from a strong foundation in math and science, courses in classical mechanics, electromagnetism, and quantum mechanics are essential for a physics career. It's also important to have strong analytical and problem-solving skills, as well as the ability to think critically and creatively.

4. How can I prepare for a career in physics while still in high school?

Take as many math and science courses as you can, especially calculus and physics. Participate in science fairs or competitions, and look for opportunities to shadow a physicist or work in a lab. Read books or watch documentaries on physics to expand your knowledge and understanding of the subject.

5. What are the biggest challenges in the field of physics?

One of the biggest challenges in physics is the complexity of the subject matter. It requires a great deal of time, effort, and dedication to fully understand and make breakthroughs in the field. Additionally, securing funding for research and staying up-to-date with advancements in technology can also be challenging.

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