I'm 16 and want to study physics, should i take a gap year?

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Discussion Overview

The discussion centers on whether a 16-year-old student from Greece should take a gap year before pursuing a degree in physics. Participants explore the implications of a gap year on the student's educational trajectory, considering the necessary prerequisites for university-level physics and the student's current knowledge and interests in math and physics.

Discussion Character

  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses a desire to take a gap year to deepen their understanding of physics and math before entering college, citing the need for proficiency in various subjects.
  • Another participant questions the rationale behind taking a gap year, suggesting that the student could begin university studies immediately after high school.
  • A later reply reinforces the idea that university programs are designed to accommodate students who have completed high school science courses, implying that the student may be prepared for university-level physics.
  • Further discussion highlights that a gap year might delay the student's progress, as university programs typically last 5-6 years, and the student has identified nearby universities with suitable programs.
  • The student shares their current knowledge in math and physics, indicating a solid foundation but also a desire to improve before college.

Areas of Agreement / Disagreement

Participants express differing views on the value of taking a gap year. Some argue that immediate enrollment in a university program is preferable, while others support the idea of taking additional time to prepare. The discussion remains unresolved regarding the best path forward for the student.

Contextual Notes

Participants reference the Greek educational system and the specific subjects covered in high school, but there is no consensus on whether the current curriculum adequately prepares the student for university physics studies.

alex1515
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I was fascinated with physics since i was 14, when i actually began my learning journey, i got into Newtonian mechanics and eventually learned some electronics and programming. Noticing the math that was involved, i decided to first get started with math before i proceed into learning physics. The idea of attending college has never bothered me until now. So i would need some advice on this topic. I'm from Greece by the way.
Well, recently I've found out that in order to obtain a degree in physics (Theoretical/Experimental), one has to be proficient in many different topics, such as math,physics,chemistry and biology,and I've been thinking of the time required in order to obtain such knowledge, and it looks like that i still have a long road to go. I'm in high school right now (7 hours/day!), which annoyingly interferes with my learning, and i self-study every day for about 4-6 hours, the rest 1-2 hours go into trying to explain and exercise what i just learnt, obviously i only spend 10-20 minutes into studying for school because i don't want to waste much of my ACTUAL learning time. Furthermore, in my country conscription(which i despise) is still a thing, lucky for me i have some eyesight problems, so i won't be serving in the army anytime soon(that's +9 months . The time i have left looks plenty, but i can't be entirely sure without first confirming it, so I'm left with the question: Is a gap year before college worth it? If so then what would be the advantages and disadvantages of doing so before attempting to enter college?
Main goal:
My main goal is to become a successful researcher in the field of physics(theoretical preferably) and make some contribution to the field if possible, i plan to achieve this goal through continuous exploration and hard work. I'm already determined about what i'll be doing AFTER college. I've already read some threads like this so i know what's out there.
Current knowledge:
• As for my current knowledge in math, I've mastered algebra(l,ll),geometry(which i found really cool ,trigonometry(also fascinating) and calculus(single variable only), and my problem solving is currently limited to the subjects that i just mentioned.I generally love math and don't have any sort of problem with it.
• About the physics, I'm currently reading The evolution of physics(by Einstein and i'd REALLY urge you to give it a go), but sadly the only things I've learned so far is Newtonian mechanics and a little bit of electronics.
• I was able to make a joystick-controlled stepper motor with the aid of Arduino , so i also have some background in programming,specifically C and C sharp.
And that's pretty much all i have to say, if you had the patience to read through it, then I give you my warm thanks for the attention. Any answers will 100% receive a like if they prove helpful :wink:. Ask a question if you feel like it. Thanks a ton.
Bonus Question: Is it a good tactic that i first get super proficient in math before i finally get to study physics?
 
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Why would you take a gap year to study physics when you could be following an actual university physics program?
 
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Orodruin said:
Why would you take a gap year to study physics when you could be following an actual university physics program?
Thank you for your reply.
Does this mean that when i finish high school, i will be prepared to begin my studies? If so then of course i would choose to begin.
 
Why would a university program be tailored to require more prerequisites than students obtain in high-school? That would make no sense.

I don’t know about the Greek system, but assuming your high-school program was reasonably directed towards scientific subjects, it should prepare you for physics studies.

A university physics program generally includes mathematics courses sufficient to understand the physics. Anything else would be quite absurd.
 
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Orodruin said:
Why would a university program be tailored to require more prerequisites than students obtain in high-school? That would make no sense.

I don’t know about the Greek system, but assuming your high-school program was reasonably directed towards scientific subjects, it should prepare you for physics studies.

A university physics program generally includes mathematics courses sufficient to understand the physics. Anything else would be quite absurd.
So I've searched for universities near my region and I've found Aristotle university which happens to be 10 minutes away from home xD. And indeed there are some fine programs. So by the looks of it, taking a gap year would just slow me down if I'm right. It typically lasts 5-6 years according to a friend of mine. As for the scientific subjects in my high school, the last thing we learn in math is derivatives, and in physics we learn basic electronics in practice(resistors, diodes, caps etc). I'll be back in a few hours, sorry if I've kept you waiting
 
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