What do you think about this Idea

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In summary, the conversation revolves around the individual's interest in becoming a physicist and whether they should pursue a career in physics or combine it with their passion for computer programming and video games. The advice given is to follow their interest in physics, as there are opportunities for combining it with computer science and mathematics, and to seek guidance from a professional study advisor.
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Hello, I stumbled onto this site because I was looking about how to become a physicist some how and really I need some advice what is a smart move for me. Right now I am in high school taking all of my classes and staying along with what I want to do. I always had an interest in science ever since elementary school. In fifth grade I asked if we could learn physics! but now I have learned to be patient but I feel like I am running out of time with what I want to do. I have a very strong liking or even love for physics because it just is great to answering questions that I have always wanted answers to and I can just help me understand and try to answer some very hard questions where no one has any answer to. Although there is another passion of mine that I have which may seem silly but also something I have had so much caring for. Ever since I was little I liked to play video games and I love computer also. I like playing around and making my own maps for various games even though they are not that great. Is there any career choice that can combine both to not just make a video game per say but maybe a very very well made physics engine for a computer for a multitude of uses from just making models and predictions but also practical form of entertainment or something of the sort. What would you say would be the best collage for me if I wanted to become a physicist in a theoretical and maybe a traditional field? Or just tell me if it is a good idea or not and why. I just am not sure if I can enjoy my future.
 
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OK this may sound very cliche, but: if you really like physics, just go for it. Choosing a career path now based on what you think will be needed (economically, etc) in 6 years from now will generally not work. Also, if you aren't 100% committed to what you do, you will probably drop out somewhere along the way. If, however, you get an education in a field you really like, it will be much easier to finish (even if the education itself is harder) and in the end there will always be a related job for you somewhere.

At my university, physics, mathematics and computer sciences are all inter-related and there are several special combinations one can choose. This means that one takes something like 20% more courses, but gets two bachelor degrees (e.g. both physics and mathematics, or mathematics and computer sciences, etc). You can of course just contact a university (or several) of your choice and ask them if they have something similar. Just get in touch with the counselor / study advisor / whatever they're called, and explain your situation. Most colleges are able and willing to make a special program if you indicate that you want something a bit different.

In the end, if you have to choose between physics and computer programming, I'd go for physics. Especially since you indicated that your interest is mostly there. A lot of software companies accept both physicists, mathematicians and computer scientists just because of the type of education (problem solving skills, analytical thinking, etc). It's much easier to learn programming e.g. through self-study or internships, than it is to learn physics while programming.

That's just my opinion though, but I seriously recommend you to see a professional about this (e.g. a study advisor at a university).
 
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I think it's great that you have a strong interest in physics and are actively pursuing it in high school. It's important to remember that there is no one "right" way to become a physicist and there are many different paths you can take to achieve your goals.

In terms of combining your passion for video games and physics, there are definitely career options that could allow you to do both. For example, you could become a physics researcher in the field of computer graphics and develop physics engines for video games. Alternatively, you could pursue a career in scientific computing, using your skills in computer programming and physics to solve complex problems and create simulations.

As for choosing a college, it's important to find a program that aligns with your interests and offers opportunities for research and hands-on experience. It's also important to consider the faculty and their areas of expertise, as well as the resources and facilities available to students.

Ultimately, the best college for you will depend on your specific interests and goals within the field of physics. I would recommend researching different programs and speaking with advisors or professors to help you make an informed decision. Overall, it's important to pursue a career that you are passionate about and that will bring you fulfillment and enjoyment in the future.
 

1. What is your honest opinion about this idea?

As a scientist, it is my job to evaluate ideas and theories based on evidence and data. So my honest opinion about this idea would depend on the evidence and data that supports it. Can you provide more information about the idea and its supporting evidence?

2. Do you think this idea has potential?

As a scientist, I cannot make a judgement about the potential of an idea without examining the evidence and data that supports it. Can you provide more information about the idea and its supporting evidence?

3. How does this idea align with current scientific knowledge?

As a scientist, I would need to compare this idea with existing scientific knowledge and research to determine its alignment. Can you provide more information about the idea and any relevant research or studies?

4. Can you see any potential challenges or limitations with this idea?

As a scientist, it is my job to critically evaluate ideas and theories. So I would need to examine the evidence and data supporting this idea to identify any potential challenges or limitations. Can you provide more information about the idea and its supporting evidence?

5. How can this idea be tested or further researched?

As a scientist, I would suggest conducting experiments or studies to test the validity of this idea. This will allow for further research and analysis to support or refute the idea. Can you provide more information about the idea and any potential methods for testing or researching it?

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