What Questions Should You Ask a Physicist About Their Career?

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In summary: I think the amount of data that will be available to us is going to be huge. I imagine it will be easy to get overwhelmed by it all if we don't have the proper tools to deal with it. I'm hoping that in 10 years we'll have a better handle on how to analyze and make sense of it all. *What do you know now that you wish you had known when you were in school?I wish I had realized how important networking and making connections with other researchers is. I also wish I had a better understanding of the importance of coding and programming, and had started learning earlier.*What is the most interesting thing that has happened to you while working in this career?One of the most interesting
  • #1
kwalk313000
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I'm not sure if this is the right place for this, but I need a few career related interview questions answered by any type of physicist.

What things do you do in a typical day or typical week?
What do you think this career will be like in 10 years?
What do you know now that you wish you had known when you were in school?
What is the most interesting thing that has happened to you while working in this career?
If you had it to do all over again, would you choose this career? Why or why not?

Also any advice on key courses that you would recommend for college (especially those that might be helpful but aren't required physics or mathematics courses) would be greatly appreciated.
 
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  • #2
I'm a medical physicist.

kwalk313000 said:
What things do you do in a typical day or typical week?
I have clinical research, and teaching responsibilities. Clinically I work in the field of radiation oncology so my duties typically involve aspects of treatment planning, quality assurance, calibration and commissioning of linear accelerators and related equipment, as well as developing new treatment procedures and protocols in a constantly evolving environment. I have a broad range of research interests that I pursue when the clinical workload allows. These can involve anything from running Monte Carlo simulations of treatments to irradiating cell cultures, to investigating new dosimetric devices. I also mentor a few graduate students in their research.

What do you think this career will be like in 10 years?
The demand for accredited medical physicists is expected to grow. The level of technology used in radiation therapy has increased dramatically over the past decade as we've moved towards adaptive image-guided treatment techniques. The number of people with cancer is expected to grow as the baby boomers age and the number of cancer treatment facilites will grow to respond. There will be an increased demand for board certification and those who have it will see their salaries increase.

What do you know now that you wish you had known when you were in school?
If I had it to do over again I think I would have tried to spend more time understanding ' big picture' concepts rather than hammering away at the details before understanding them in context.

What is the most interesting thing that has happened to you while working in this career?
This is difficult to answer. One of the research projects I'm currently involved with has the potential to dramatically improve cancer treatments and outcomes - possibly one of the most dramatic changes likely to occur in the next 20-30 years.

If you had it to do all over again, would you choose this career? Why or why not?
Medical physics has been a good fit for me. I found the board exams and long hours of my residency somewhat stressful, but I think overall I've found a balance where I can do work that is important to me, pays well, and allows me to excerise elements of creativity and curiosity through research.

Still, I will always be curious as to whether or not my career as a lingerie model would have taken off.

Also any advice on key courses that you would recommend for college (especially those that might be helpful but aren't required physics or mathematics courses) would be greatly appreciated.
My advice would be to make sure you don't specialize too much, too early. Explore everything that interests you as much as you can and try to keep doors open because your interests and strengths are likely to change as you mature.
 
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  • #3
kwalk313000 said:
I'm not sure if this is the right place for this, but I need a few career related interview questions answered by any type of physicist.

Is this for your personal edification, or (for example) for a journalism project?

kwalk313000 said:
What things do you do in a typical day or typical week?

I'm not sure there is a 'typical' day. I try and spend at least 1 hour every day in the lab, but sometimes it a lot more. Sometimes I spend 1 hour writing something (paper, grant application), sometimes a lot more. Also attend seminars, teach, help colleagues (and get help), reading scientific literature...

kwalk313000 said:
What do you think this career will be like in 10 years?

Where will I be in 10 years? Hopefully still employed- everything else is negotiable. :) In 10 years I should be tenured, running a reasonable lab operation and have established myself as a teacher.

kwalk313000 said:
What do you know now that you wish you had known when you were in school?

That 80% of what I had to memorize in school was useless, so focus on the bigger picture. And take a writing composition class (see below).

kwalk313000 said:
What is the most interesting thing that has happened to you while working in this career?

How about the top two- 1) Flying on the vomit comet a few times, and 2) culturing human airway epithelial cells.

kwalk313000 said:
If you had it to do all over again, would you choose this career? Why or why not?

I would. I get to do what I want and get paid for it. How many people get to say that?

kwalk313000 said:
Also any advice on key courses that you would recommend for college (especially those that might be helpful but aren't required physics or mathematics courses) would be greatly appreciated.

I would take a writing composition class- learn how to write a scientific paper or grant application. I would also take a few engineering/chemistry/biology intro classes to broaden your knowledge base. Pick classes that seem interesting, not that will be 'helpful'.
 
  • #4
I'm a grad student in computational physics so I don't know if you're looking for a grad students perspective... anywho:

*What things do you do in a typical day or typical week?

Some combination of teaching, working on my own research (which is either theory or lots and lots of programming), going to colloquia and conferences and depending on the term I like to sit in on one or two classes.

*What do you think this career will be like in 10 years?
Well I'm in a somewhat rarer subfield of physics (computational) which tends to have stronger industry applications then some other sub fields. However, I imagine academia will still be around in 10 years as will the industry applications of computer simulation and modeling.

*What do you know now that you wish you had known when you were in school?

For me? math. Don't skimp on the math side of things. If you're a theorist it'll bite you in the *** later.

*What is the most interesting thing that has happened to you while working in this career?

Nothing that should be shared. ;)

* If you had it to do all over again, would you choose this career? Why or why not?

Absolutely. Although, as I've said, I'm just a grad student so there's still a little glimmer of hope in my eyes...

* Also any advice on key courses that you would recommend for college (especially those that might be helpful but aren't required physics or mathematics courses) would be greatly appreciated.

You're looking for non-math or physics course but I'd honestly think the most important is math. If you want to go into theoretical I'd recommend taking the applied math version of all your math courses (and many as your physics courses). In general, I'd say a mathematical physics degree is probably the strongest way into success in theory. However, if I must pick some non-math/phys course I'd say have fun. I'd strongly recommend taking a few courses that have no relevance to physics but simply pique your curiousity. I for one took courses in philosophy, religious studies, biology, Earth sciences, psychology and economics and I think I really enjoyed some of those courses (and also gained appreciation for the fact that in physics we do things very differently then in the other sciences).

Anywho, I hope this is of some small bit of help.

-cheers
 
  • #5
Thanks guys, the help is much appreciated.

Andy Resnick said:
Is this for your personal edification, or (for example) for a journalism project?

Both actually.
 

1. What is the difference between a physicist and a scientist?

A physicist is a type of scientist who specializes in studying the physical laws and principles that govern the natural world. While all physicists are scientists, not all scientists are physicists. Scientists can study various fields such as biology, chemistry, and geology, while physicists focus specifically on the physical aspects of these fields.

2. What kind of education is required to become a physicist?

To become a physicist, one typically needs a minimum of a bachelor's degree in physics or a related field such as engineering or mathematics. Many physicists also go on to obtain a master's or doctoral degree in their area of specialization.

3. What are some common career paths for physicists?

Physicists can work in a variety of industries and fields, including research and development, academia, government agencies, and private companies. Some common career paths for physicists include working as a research scientist, professor, or engineer.

4. What are some of the most famous discoveries made by physicists?

Some of the most well-known discoveries made by physicists include the theory of relativity by Albert Einstein, the discovery of the electron by J.J. Thomson, and the development of quantum mechanics by Max Planck and others. Other notable contributions include the discovery of the Higgs Boson particle and the development of the Standard Model of particle physics.

5. How do physicists impact our daily lives?

Physicists play a vital role in our daily lives through their contributions to technology and advancements in various fields. For example, their understanding of electricity and magnetism has led to the development of smartphones and other electronic devices. They also help improve medical technology through their research on radiation and nuclear medicine. Additionally, physicists study climate change and work towards finding solutions to global energy challenges.

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