One less lawyer in the world, one more scientist

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Discussion Overview

The discussion revolves around the transition from a Bachelor of Arts degree to pursuing a career in the sciences, specifically in physics, mathematics, astrophysics, or aerospace engineering. Participants explore various educational pathways, potential challenges, and personal motivations for making this shift.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • One participant expresses a desire to transition from law to the sciences, specifically astrophysics or aerospace engineering, citing philosophical motivations.
  • Another participant mentions that studying in Europe could be a cost-effective option, sharing an example of someone who transitioned from a humanities background to physics in Germany.
  • Concerns are raised about the feasibility of entering a graduate program in physics without a full undergraduate degree in a related field, with some suggesting that the competition would be too strong.
  • Some participants argue that a background in law could still be valuable, emphasizing the importance of various professions, including law and journalism, in addressing societal issues.
  • One participant reflects on the need for clarity in motivations, questioning the necessity of more cosmologists versus engineers.
  • A later reply suggests that gaining additional coursework at a local university could improve chances of admission to a graduate program, but emphasizes that 30-60 credits may not be sufficient preparation.
  • Another participant shares their experience of transitioning from a liberal arts background to engineering, noting that they were advised that more extensive preparation would be necessary for graduate studies.

Areas of Agreement / Disagreement

Participants express a range of views on the feasibility of transitioning to the sciences from a liberal arts background. While some suggest that additional coursework could help, others believe that significant preparation is necessary and that competition for graduate programs is intense. No consensus is reached on the best path forward.

Contextual Notes

Participants highlight the importance of understanding personal motivations and the potential need for extensive coursework to meet graduate program requirements. There are also differing opinions on the necessity of cosmologists versus engineers in addressing technical problems.

Who May Find This Useful

Individuals considering a career change from the humanities to the sciences, especially those interested in astrophysics, aerospace engineering, or related fields, may find this discussion relevant.

  • #31
AlephZero said:
His criterion was to look for the people who, after they had spent 6 months banging their heads against a brick wall and getting nowhere, still wanted to get up in the morning and carry on banging their heads against the wall for another day.

It's in fact somewhat relaxing. Also, the "fun" part is that when you finally break down the wall, after beating your head against it enough times, you'll find another wall.
 
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  • #32
H2Bro said:
But as an side, I HAVE chosen that I would prefer to make less doing something that genuinely interests me / excites my curiosity, than something that earns money but leaves me little time to do things that I like (lawyers do epic 80 hr weeks for the first 4 or 5 years). Is this a naive decision?

To make a decision now without having done any real research on research, yes, it is a naive decision.

Also if you go into a Ph.D. program you will be spending 80hrs+ week on your dissertation. You won't have time do much outside of your dissertation, so you really, really, really have to make sure that it's something that you don't hate.

Yes and No. I've attending many physics lectures, and have always enjoyed following the conceptual explanations and following along with the proofs / derivations.

But that's getting the stuff predigested. One thing about real research is that you can spend years going down the wrong path, and it takes a huge amount of effort to figure anything out. Also coming up with the answers is a grinding process.

Is it, in the end, worth it? The real factor dissuading me from this decision is entering the modern day rat-race of academia, and facing up against all those people that have natural talent or intuition with mathematics.

1) The good news is that you probably won't be able to get a job in academia.

2) Most people think that you need more mathematical ability to do cosmology than you really do. Except for the weird early universe stuff, partial differential equations and lots and lots of statistics will be enough. One good thing about doing physics rather than math is that the mathematicians have already figured out a lot of the things that you need to figure out.

I would think we get pushed out by mathematical juggernauts and 25 yr old Phd holders.

Persistence matters a lot more than intuition. Also physics intuition and mathematical intuition seem to be very different skills.

So, homeomorphic, are there endless nights in the lab / office spent pulling your hair out, asking yourself why you didn't go to law school and drive a ferrari / own a yacht?

Something that you have to realize is that law school is overrated. There is a glut of lawyers right now, but that's another forum.

There's also the "so what do I want to do with my life question." I don't really see the point in cars and yachts, and I have a decent amount of savings because I *don't* spend my money on those sorts of things (although I eat at expensive restaurants from time to time).
 
  • #33
H2Bro said:
So, homeomorphic, are there endless nights in the lab / office spent pulling your hair out, asking yourself why you didn't go to law school and drive a ferrari / own a yacht?

Given the choice between spending my lots of my own money to own just one ferrari, or being paid a salary to play with a whole factory full of them - no contest :smile:
 
  • #34
twofish-quant said:
... you'll find research to be a lot of grunt work, and it's OK to lose interest and find something else.

Isn't all work grunt work? So won't you just find more grunt work?

I quite like the idea that most grunt work can be transformed into a flow experience. See the work of Mihaly Csikszentmihalyi. I had some success applying his ideas to any old work I managed to get... made work bearable, even research... but I prefer reading novels.
 
  • #35
mal4mac said:
Isn't all work grunt work? So won't you just find more grunt work?

If it wasn't work, they wouldn't pay someone to do it. In fact, that's one reason that post-doc and graduate student salaries are comparable to garbage men.

You win if you actually like grunt work.

I quite like the idea that most grunt work can be transformed into a flow experience. See the work of Mihaly Csikszentmihalyi. I had some success applying his ideas to any old work I managed to get... made work bearable, even research... but I prefer reading novels.

Interesting person, looking at his wiki page a lot of his ideas make sense to me. Personally, I find the grunt work of research "calming". One problem in the way that my brain works is that it's too easy for me to get excited over something so if you just give me (or I give myself) a somewhat mindless project that I can focus on, this is relaxing.
 
  • #36
AlephZero said:
Given the choice between spending my lots of my own money to own just one ferrari, or being paid a salary to play with a whole factory full of them - no contest :smile:

Some of the algorithms I write handle tens of billions of dollars each evening. It's more scary than fun because in the back of your mind you are always worried about getting something wrong and screwing up the world economy. One reason grunt work is relaxing is that while you are coding something, you stop consciously thinking about the possibility that you could screw up (or that you at that moment could be screwing up) the world economy,

However, one thing I really, really like about my job is that you get to ask some deep questions. You don't always get to ask deep questions *out loud*, but you get to ask some deep questions. What is space? What is time? What is gravity? What is money? The concept of money and the mathematical rules for how money works confuses me more than quantum mechanics. Some things about QM is that 1) the rules don't change from moment to moment or year to year 2) there are some basic fundamental principles that you can use as a foundation to figure out what is going on and 3) there are some basic fundamental logic rules that you can use to get from known statements to unknown ones.

None of that is true with money or for that matter for law, either.
 
  • #37
Mihaly Csikszentmihalyi... interesting person

Yes. I'd recommend reading his book "Flow", my favourite "philosophy of life"/psychology book.
 
  • #38
twofish-quant said:
Some of the algorithms I write handle tens of billions of dollars each evening. It's more scary than fun because in the back of your mind you are always worried about getting something wrong and screwing up the world economy.

What's even more scary is that you might do it "right" and still screw the world economy!

It wasn't bad programming that caused the sub-prime problem.

Most of my programming involved creating educational software - that wasn't very scary. If the package crashes, just go back to chalk & talk, no real harm done...
 
  • #39
mal4mac said:
What's even more scary is that you might do it "right" and still screw the world economy!

By definition if you do it right, the world economy is fine.

It wasn't bad programming that caused the sub-prime problem.

It was bad mathematical modelling. One thing about working as a "financial scientist" is that you aren't a mere coder. You are responsible for developing mathematical models, and your responsibilities include non-technical aspects including thinking about the broader implications of what you are doing (which is why banks hire people that think about the universe in the first place).

There are a ton of jobs in finance which are "shut up and code what we tell you to". But those jobs are extremely unappealing to Ph.D.'s.

This incidentally means learning a fair amount of securities law, since the details of the law in fact can change the mathematical model in lots of ways (i.e. when modelling North Elbonian bonds we have to include this term to take into account the fact that North Elbonian handles default in a different way than South Elbonian,)

Now if you did spot a problem and you raise the issue and are told to go to hell, then at that point you could have resigned since you've done everything you could (i.e. theoretically you could go to the regulators but before the crash they would have ignored you) and then when it falls apart, you have clean hands. I know of people that were in that situation pre-crash. Fortunately, the situation is different now, and one thing that the regulators did was to create mechanisms so that you can raise critical issues before the world blows up. But that means that "they wouldn't listen to me" is no longer an excuse.

On the other hand, if you push the panic button for everything then that doesn't work either. If you push the panic button for everything then that can kill new modelling which can also blow up the world because it means that you are running models which are obsolete and wrong because you can't get the new ones in.

I suppose the one good thing about financial programming is that "it's only money" you can bankrupt someone and destroy the world economy, but you won't directly kill anyone. Now the people that I know that design hydrogen bombs on the other hand...

Most of my programming involved creating educational software - that wasn't very scary. If the package crashes, just go back to chalk & talk, no real harm done...

A lot of my programming ended up being "emergency room" programming. Production is down or failing, and it's like bringing in a patient into the ER. It's really awful, and a lot of programming involves making life easy for yourself when the system gets into the emergency room. A lot of it involves managing emotions, both your own and others. You want to focus at stabilizing the system, and calm down the half a dozen people that are frantically screaming at you so that you can get the information that helps you resolve the issue.

Getting back to the original poster. Before you bite into the apple you really need to know what you are getting into. The thing about scientists is that you are dealing with the elemental forces of the universe, and those can be quite dangerous. There is the initial thrill of discovery, but that passes very quickly, and a lot of what happens next depends on what's left afterwards.
 
  • #40
Thank you all for your input. Some of what I am saying may come off as naive, or rubbish, but there are worse reasons for making a career decision than following what I find most appealing. If I end up regretting it I will say to myself "My god those physics forum lads knew it all along" and wallow in grief in my rental apartment and 15 year old Honda.

But, who knows, maybe I will find some satisfaction in it. Only one way to see.
 

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