Transition to Physics: Tips for Newbies from a Finance Background

In summary, the conversation discusses the topic of transitioning from a finance career to pursuing a degree in physics. The individual is seeking advice on how to approach this change, considering their current situation as a part-time student and their previous education in natural sciences. The conversation also touches on the possibility of self-studying and utilizing open resources for a physics education. Advice is given to take the physics GRE to determine readiness for graduate-level studies, and the possibility of starting later in life and still succeeding in the field of physics is mentioned.
  • #1
Martinus de Wet
3
0
Ahooi!

Newbie here.

I guess I am a bit of a late developer. Whereas I often meet physics majors who wish to move to the world of finance and make big bucks, I am quite the opposite. I have an MS in Finance, work in banking, but have always gravitated towards the technological side of things. Working with technology you can't help but to become interested in the fundamental building blocks and to contemplate the possibilities. Hence I'd like to move to physics.

So my question is: How should I approach this?

* I probably wouldn't be able to become a full time student again - married with bonds et al. So what are the best options in terms of part time studying. Also, I did my MS part time and it was quite a tough trail, not ever having contact time with lecturers, tutors or other students. Are there part time/distance learning programs where you have more/some of the perks of the 'traditional' education process?

* The last time I formally studied natural sciences was in high school. Should I start fresh with a bachelors degree, or could I conceivably start at graduate level?

* Am I perhaps mistaken, wanting to take the degree route? Should I rather study physics informally by utilizing various open resources and then try my hand at writing a paper when I feel up to it?

* Regarding open sources: I am finding it difficult to navigate open sources from introductory to advanced content. Any help in better utilization of open sources would be greatly appreciated!

Special thanks to anyone willing to reply!

m
 
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  • #2
One cannot start a graduate program in physics unless they have an undergraduate degree in physics, or in a field very closely related to physics. It's also not too conceivable to get a physics education from open sources such as you suggest. A real physics education requires a lot of structure.

Becoming a part time student and taking just a couple classes at a time is definitely a possibility.
 
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  • #3
Martinus de Wet said:
* The last time I formally studied natural sciences was in high school. Should I start fresh with a bachelors degree, or could I conceivably start at graduate level?

There is an easy way to tell this. Take the physics GRE. Here is an older exam: http://www.physics.ohio-state.edu/undergrad/greStuff/exam_GR9677.pdf

If you do well (say, >50% percentile), then you are ready for grad school.
 
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  • #4
Thanks both for the advice!
 
  • #5
To add a bit more, starting down this path in an unconventional way is not that uncommon. Speaking to my own path, I'm a high school dropout that started at a community college at age 25. I'm currently spending my summer in an internship at Fermi National Accelerator Laboratory working on the NuMI neutrino beamline and the MiniBooNE experiment. This fall I'm transferring to the University of Illinois at Urbana-Champaign, which has one of the best physics programs in the world. It's definitely possible to start later in life and still succeed in this field.
 
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  • #6
Thanks mate - that's inspiring.
 

FAQ: Transition to Physics: Tips for Newbies from a Finance Background

What are the key differences between finance and physics?

The main difference between finance and physics is the subject matter. Finance deals with the management of money and investments, while physics is the study of matter, energy, and their interactions. Additionally, finance tends to involve more theoretical and mathematical concepts, while physics involves more experimentation and observation.

How can a background in finance be beneficial for transitioning to physics?

A background in finance can be beneficial for transitioning to physics because it provides a strong foundation in analytical and mathematical skills. These skills can be applied to solving complex physics problems and understanding mathematical models. Additionally, finance requires attention to detail and the ability to analyze data, which are also important skills in physics.

What challenges might someone with a finance background face when transitioning to physics?

One challenge that someone with a finance background may face when transitioning to physics is the shift in mindset and approach. Finance tends to focus on practical applications and profit-driven decision making, while physics requires a more theoretical and abstract way of thinking. Additionally, physics often involves complex mathematical concepts that may not have been covered in a finance education.

What tips do you have for someone with a finance background who wants to excel in physics?

Some tips for excelling in physics with a finance background include:

  • Brush up on your math skills, as they are crucial for understanding and solving physics problems.
  • Read and study introductory physics textbooks to familiarize yourself with the core concepts.
  • Find a mentor or join a study group to help you with any questions or difficulties you may have.
  • Be open-minded and willing to learn new ways of thinking and problem-solving.

Are there any specific areas of physics that someone with a finance background may find more relatable or easier to understand?

One area of physics that may be more relatable to someone with a finance background is computational physics. This field involves using computer simulations and mathematical models to study complex systems, which may be similar to the mathematical models used in finance. Additionally, statistical mechanics, which studies the behavior of large systems using statistical methods, may also be more relatable for someone with a finance background due to its focus on analyzing data and making predictions.

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