Starting the Path to becoming a Theoretical/Astrophysicist from Middle School

In summary, the conversation discussed the individual's interest in pursuing a career in physics, specifically in the fields of theoretical and astrophysics. They shared information about their academic background and extracurricular activities, as well as their goals of attending Stanford University and becoming a PhD in Physics. Other participants in the conversation provided advice on preparing for a career in physics, including taking challenging courses, participating in science fairs and competitions, and finding a balance between academic and non-academic activities. Some participants also cautioned against getting too fixated on specific schools or fields of study, and recommended staying open to other opportunities and interests.
  • #1
Wreak_Peace
38
0
Hi all!
For a year or two, I've been extremely interested in physics for the past two years.
I've decided for sure that I want to be a Theoretical or Astrophysicist now.
I'm currently in the first quarter of my Eighth Grade Year.
All of middle school I've been an A/High B student in gifted classes for all four subjects.
I am on the main team of my school's academic bowl team.
I've taken the SAT with the Duke TIP program in the 7th grade, and got a 1790.
I want to become a Ph.D. in Physics at Stanford University
I am a beginner in Java Programming, and am going to start (or try to start) C, and possibly FORTRAN
I'm very interested in things like how the Universe was formed (Big Bang Theory) and other things like Quantam Mechanics and String Theory
I'd like to ask you guys a few questions based on this information about me..

-What should I start doing to prepare for a career in Physics?
-What classes should I take in High School (A magnet school called GSMST)? (I'm aiming to have only AP/Accelerated/Honors Classes)
-What are some good ways to catch the attention of colleges and get scholarships? (My ideal college would be Stanford University)
-Do you have any suggestions to improve my chances for getting into better colleges, and improving my success in becoming a Physics Ph.d?

Thank you for reading this and thanks in advance for your responses!
 
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  • #2
Im going to start my senior year in High School in a week and i share the same ambition to pursue the theoretical/astrophysics fields. I would recommend mathematics and science as being your primary academic subjects with English and a foreign language being your secondaries.

To catch the attention of colleges and get access to scholarships, i would recommend taking the PSAT, SAT tests etc which are just general mathematics and english tests. Your senior year you will have a lot of oppurtunities to get scholarships.

As for the jobs, i can't say. I would recommend just concentrating on High School till you get through it. It's a bit too early for you to be worrying about colleges and jobs as is lol
 
  • #3
Wreak_Peace said:
-What should I start doing to prepare for a career in Physics?

You seem to be doing pretty much everything that you need to.

-What are some good ways to catch the attention of colleges and get scholarships? (My ideal college would be Stanford University)

Science fairs and the Intel STS would be the direction to move in.

-Do you have any suggestions to improve my chances for getting into better colleges, and improving my success in becoming a Physics Ph.d?

The important thing is to calm down and don't be overcompetitive. The biggest thing that could permanently derail you is burn out.
 
  • #4
Keep in mind you almost certainly won't do your bachelors and PhD at the same institution. That's uncommon and discouraged. I had the same big hopes at your age, and now I'm finishing my PhD in physics. Not at Harvard like I had hoped, but I still got a great postdoc offer anyway. Things don't always end up the way you hoped, but that doesn't mean you're finished. You'll also find out in 10 years when you're ready for grad school what's a good field to enter and what's not - string theory might be long dead by then.
 
  • #5
College's look for well rounded students so try to do some nonacademic activities too.
 
  • #6
wild999711 said:
College's look for well rounded students so try to do some nonacademic activities too.

I forgot to mention I'm pretty good at tennis, and I play viola in the school's orchestra, and am in Honor's Orchestra too.
 
  • #7
Does anyone else have any reccomendations?
 
  • #8
Keep up the tennis and instrument.

My sport and instrument are really helping me stay sane while in grad school! :)
 
  • #9
Alright, I'm not being mean or anything, but I seriously doubt you understand the fields of theoretical physics and astrophysics enough to know "for sure" that you are going to go into either of them. And I'm not singling you out, or saying you're stupid or anything. I think it's great that you're interested in physics. But there is a general sensationalization of physics, especially theoretical and astrophysics, and I think you may have some misconceptions about them. Not to say you that those fields are bad, but they're not as glamorous as the media portrays them. Basically, I think you're a little ahead of yourself. Don't lock yourself into one mindset and just try to do well in school in general. Also, don't lock yourself into wanting to go to stanford. There are many schools that are just as good as stanford, if not better, in some aspects.

But as for your questions, pretty much everything that has been said here. Take the hardest courses your school offers, and be sure to do extracurriculars. Don't just do every single extracurricular out there just for the sake of taking a bunch of them. Make sure you're interested in them and that you're good at them. It's more important being really good at a few, say, science competitions, than to be just average at every single competition out there.
 
  • #10
Thanks, and it's not exactly the media which has inspired me..
I think the media portrays physics as an extremely boring field.
I'm extremely interested in physics.. because it just seems really interesting to me.
I'll definitely keep up the viola and tennis too.
 
  • #11
Well yes, in general the media tends to portray the sciences as boring from the external point of view. But from the internal point of view, through science television shows and popular books, it tends to glamorize it. I would venture to say that most, if not all, of your exposure to theoretical physics and astrophysics has been sensationalized at least a little. I really don't mean to try to discourage your interest in physics. Quite the contrary. All I'm saying is that physics is much different than what is expressed publicly. I, like you, used to be interested in theoretical and astrophysics and thought that I was going to go into those fields, but as I grew older, I found out more about physics, and learned more about what physics really is, and found myself deeply interested in experimental physics, as well as theoretical. I'm still in college so I haven't quite figured out which field I want to go into, but what I can tell you is that my perception of physics is vastly different than I previously held.
 
  • #12
I honestly don't think my views on physics are that influenced by the media.
And right now, I can't think of myself being anything but a physicist. It's my dream job.
 
  • #13
Oh, I also have another question.
Should I do Junior Beta Club over Academic bowl?
And also, What exactly is the Intel STS?
 
  • #14
Wreak_Peace said:
Oh, I also have another question.
Should I do Junior Beta Club over Academic bowl?
And also, What exactly is the Intel STS?

I don't have specific advice about the clubs, but Intel STS is a Science Talent Search - a research competition.

http://www.societyforscience.org/STS
 
  • #15
Wreak_Peace said:
I honestly don't think my views on physics are that influenced by the media.
And right now, I can't think of myself being anything but a physicist. It's my dream job.

Alright, let's agree to disagree. I'm not trying to discourage you or anything. All I'm saying is, you're young, and you have plenty of time to learn about different jobs and figure out what you want to do. You may love physics now, but maybe that's just because you haven't learned enough about some other science subject, or haven't learned enough about physics yet. The most important thing you should do while in school is keep an open mind, and I can see that you're kind of stuck in this one idea. Just take advantage of any opportunities you have, do well in academic competitions, and try to get some research down like in science fair.
 
  • #16
Wow, you sound like me at that age, on crack. Keep just doing what you're doing, and you'll be so far ahead of others it's insane. But don't forget to have some fun. You're young, and that is something you will never get back...not to sound dramatic or anything. But you can only make so much progress at that age, and you can have lots of fun. So balance things.

Also, I'm not saying you won't be interested in it still by the time you go to college...but everything can change in high school. So just keep that in mind and be flexible.

Also, your idea of what physics is may be very different from what it actually is. That doesn't mean it's not great, but you should talk to a physics college student so they can show you what they do.
 
  • #17
Keep your mind open to other potential areas of study, since your interests your first year of college could be very different from now. I went from wanting to study English to history to biology to econ to physics my last two years of high school, so you would be far more prepared for your undergrad than I was.

Make sure not to burn out. Have fun!
 
  • #18
Thanks for the replies!
 
  • #19
Wreak_Peace said:
Hi all!
I am a beginner in Java Programming, and am going to start (or try to start) C, and possibly FORTRAN

Do not learn FORTRAN, it may have been applicable a few decades ago, but not now.
 
  • #20
Alright, thanks!
What do you think replaced/will replace it?
 
  • #21
Why not pick up Feynman's Six Easy Pieces and QED: The Strange Theory of Light and Matter. I would also try out Serge Lang's "Basic Mathematics". If you have the discipline to work through it, it will easily put your mathematics skills at a highly competitive level for your age group.

There is no reason why you shouldn't try to get a hold of a good book on calculus. Many people discover that they really like mathematics when they begin to learn calculus. You need to know basic algebra, be able to visualize equations as graphs and know some trigonometry, everything else you can pick up along the way.

For an extremely gentle (and cheap) intro to calculus you could pick up Calculus and Pizza from Amazon. You might also try Morris Klein's, which I self studied from (so obviously some personal bias here). It's cheap and relatively inclusive.

I'm not sure what physics books would be beneficial to you.
 
  • #22
Wreak_Peace said:
Alright, thanks!
What do you think replaced/will replace it?

C++ has replaced FORTRAN for most any new science code. I don't know of anyone that is starting a new project with FORTRAN.

You will have to learn to read FORTRAN. But if you have decent C++ that shouldn't be difficult. Also computer languages aren't like human languages. If you are a good computer programmer, then you should be able to deal with *any* computer language that someone hands you. The question is what should you start first and I think C++ is the better language to start off with.

If you are learning Java, that's good. Java isn't used very much in science code, but if you are good with Java, using C++ shouldn't be terribly difficult to pick up.
 
  • #23
Bourbaki1123 said:
Why not pick up Feynman's Six Easy Pieces and QED: The Strange Theory of Light and Matter. I would also try out Serge Lang's "Basic Mathematics". If you have the discipline to work through it, it will easily put your mathematics skills at a highly competitive level for your age group.

There is no reason why you shouldn't try to get a hold of a good book on calculus. Many people discover that they really like mathematics when they begin to learn calculus. You need to know basic algebra, be able to visualize equations as graphs and know some trigonometry, everything else you can pick up along the way.

For an extremely gentle (and cheap) intro to calculus you could pick up Calculus and Pizza from Amazon. You might also try Morris Klein's, which I self studied from (so obviously some personal bias here). It's cheap and relatively inclusive.

I'm not sure what physics books would be beneficial to you.
I've just started learning the Quadratic Formula... do you think I could read and understand Calculus and Pizza (I'm in a gifted program, we are basically doing the 10th grade math course).. Same question for Basic Mathmatics.
Also, is Feynman's Six Easy Pieces and QED: The Strange Theory of Light and Matter at a simple enough level for me?
 
  • #24
Yea, I've actually asked my Mathematics teacher why we don't learn Calculus in grade 9. Calculus is rather simple, the difficulties only arise once you include Vector Calculus and Multi-dimensional Calculuis (Partial Derivatives, Surface Integrals, Line Integrals, Volume Integrals, and Riemann Sums). Basic Calculus should include taking limits and finding derivatives. Although since your only in grade 8 I would posit that you don't understand trigonometry. It's necessary to understand trigonometry and their functions also exponentials and logarithms. As for the Feynman books, Six easy Steps appears to be simplified and QED I believe is more complex. Ultimately you must learn the mathematics such as Calculus to fully understand what your being told in these books. Once you learn the math I would recommend The Road to Reality by Roger Penrose but this is a book developed at a fast pace without full explanation. For Instance in about 500 pages he covers Complex Analysis, Real Analysis, Hyper-Dimensional Numbers, Differential Geometry, and many other topics that are extremely difficult. The other 600 is purely devoted to abstract Physics.
 
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  • #25
Honestly I'd have to say chill out and try to be a well rounded kid. I mean this in the gentlest possible way, but you're still a kid. You are doing fine, just keep doing well in your classes. You don't know enough about quantum mechanics or string theory to really have any idea whether you really want to devote your life's work to such a specific field. Don't take that the wrong way, it's great that you have such enthusiasm.

It's not what you do today that matters, it's the average of what you do over the next 20 years. Slow and steady wins the race (of course, not without exception).
 
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  • #26
Alright, thanks Kevin.
 
  • #27
Anybody else have any advice?
 
  • #28
I honestly think you are getting ahead of yourself for Grade 8. It is really good that you're thinking about it but you won't have to make a decision in four years, that's 1/3-1/3.5 of the entire time you've lived. Just learn Mathematics and Science that is in your reach and you'll get what you want. I want to be a High Energy Physicist/Cosmologist and I'm in Grade 11. I do research and learn constantly but I do it for enjoyment not because I have to do it to become a Cosmologist or High Energy Physicist.
 
  • #29
Kevin_Axion said:
I honestly think you are getting ahead of yourself for Grade 8. It is really good that you're thinking about it but you won't have to make a decision in four years, that's 1/3-1/3.5 of the entire time you've lived. Just learn Mathematics and Science that is in your reach and you'll get what you want. I want to be a High Energy Physicist/Cosmologist and I'm in Grade 11. I do research and learn constantly but I do it for enjoyment not because I have to do it to become a Cosmologist or High Energy Physicist.

I'm pretty sure YOU ARE the one getting ahead of yourself... You're talking about "basic" calculus, when you aren't even in calculus!
 
  • #30
The best thing you can do now is in your math and science courses, try to really stand out amongst your peers with test scores and grades. Also don't be the kid that brags about if you are, nobody likes that kid. Do well in other classes as well, then during your free time at this point, really try to do some outside of class stuff. It will really help for getting into a good undergrad program. Other than that enjoy the rest of middle school and then all the way through high school. The workload picks up quite a bit and for grad school (so I've heard, I'm still in undergrad) it is even more. Tennis is great along with Viola, keep those two things going if you enjoy them. If you do have a chance to join some clubs in high school or sports that you would enjoy, DO NOT skip them for having more time to study more than you really need to. In high school being involved in more activities outside of class will benifit you in the long run and also you will also have a good time.

Also I'm sure everyone here has mentioned, until you have taken course at an undergraduate level at least, lock yourself into one subfield at one school. Just say that Physics is something I want to look into further or even something you want to study for a living.
 
  • #31
romsofia said:
I'm pretty sure YOU ARE the one getting ahead of yourself... You're talking about "basic" calculus, when you aren't even in calculus!

I'm not necessarily sure what point you are trying to address since I already have the mathematical grounding to understand calculus where as the original poster doesn't. It is quite simple to learn calculus without taking the course, but it's clear that you conform to the standard procedures of education - being taught. Self-education isn't a complexity and can easily be achieved by anyone. When I'm saying getting ahead of yourself I was concerning his idea that he must prepare to become an astrophysicist in grade 8. This is obviously unrealistic and your comment was unnecessary.
 
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  • #32
http://www.siemens-foundation.org/en/

That's the Siemens corp scholarship/competition thing. Almost identical to the Intel STS, I believe. I was going to enter it, but deadline passed. Meh, I didn't spend enough time on the thing anyway, among other things that deterred me from entering, like wasting the judges' time xD...

Check this forum's "Books" subform.

You made an error in your first post. You test score is excellent for you age; however, just don't tell people your tests scores. Humility goes a long way. (I know you just wanted to gauge yourself to whatever standard you think exists for your age; for future reference, then!)

Here is a topic in computer science you might be interested in: "Perlin Noise." You won't understand terribly much of it initially, but come back to it after a year and see how you've progressed.

I second (or third, or fourth'd) this book: Serge Lang's "Basic Mathematics"

*edit* Link for perlin noise page: http://freespace.virgin.net/hugo.elias/models/m_perlin.htm
 
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  • #33
Wreak_Peace said:
do you think I could read and understand Calculus and Pizza (I'm in a gifted program, we are basically doing the 10th grade math course).. Same question for Basic Mathmatics.

I think you can if you want. The important thing here is not to overstress yourself, but at the same time, don't stop yourself from doing what you think is fun. If you enjoy learning math, then there are a lot of books that you can use to teach yourself calculus, but don't press yourself too hard if it stops being fun.

Keeping science and math fun and interesting is something that you'll have to learn to do.
 

1. What subjects should I focus on in middle school to become a theoretical/astrophysicist?

The most important subjects to focus on in middle school for a future in theoretical/astrophysics are math, physics, and computer science. These subjects will provide a strong foundation for understanding complex theories and equations in the field.

2. Is it necessary to attend a specialized high school or program for aspiring theoretical/astrophysicists?

While attending a specialized high school or program focused on science and mathematics can be beneficial, it is not necessary to become a theoretical/astrophysicist. As long as you have a strong foundation in math and science, you can pursue this career path through any high school or college.

3. What extracurricular activities can I participate in to prepare for a career in theoretical/astrophysics?

Participating in extracurricular activities such as science clubs, math competitions, and coding clubs can help you develop critical thinking and problem-solving skills that are essential for theoretical/astrophysicists. Additionally, attending science camps or workshops can provide hands-on experience and exposure to the field.

4. Are there any online resources or courses that can help me learn more about theoretical/astrophysics?

Yes, there are many online resources and courses available for those interested in theoretical/astrophysics. Some popular options include online lectures from top universities, virtual simulations, and online courses specifically focused on astrophysics.

5. What advice do you have for middle school students interested in becoming a theoretical/astrophysicist?

My advice would be to focus on building a strong foundation in math and science, and to never stop asking questions and seeking knowledge. Don't be afraid to explore different areas of science and find what truly interests you. And most importantly, never give up on your dreams and always believe in yourself and your potential to make a difference in the world of theoretical/astrophysics.

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