How many degrees( bachelor, or grad ) can have one have?

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Discussion Overview

The discussion revolves around the feasibility and limitations of obtaining multiple degrees, particularly in the context of transitioning from a career in law to becoming a research physicist. Participants explore the necessary educational pathways, including bachelor's, master's, and Ph.D. degrees, and question whether there is a cap on the number of degrees one can earn throughout their lifetime.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • Some participants suggest that there may be no limit to the number of undergraduate or graduate degrees one can pursue, contingent on financial resources and personal determination.
  • Others note that most universities do not permit individuals to earn a second bachelor's degree, although a graduate program may still be accessible with a non-physics bachelor's degree.
  • A few participants express skepticism regarding the ability to gain admission to a Ph.D. program solely based on a good GRE score, emphasizing the selective nature of graduate admissions.
  • Concerns are raised about the financial implications and the time commitment required for pursuing advanced degrees, particularly the potential for lower-paying job prospects post-Ph.D.
  • There is mention of university policies that may restrict earning multiple Ph.D.s, with some departments unlikely to allow a second Ph.D. from the same institution.
  • Networking is highlighted as a significant factor in gaining admission to graduate programs, with anecdotal evidence suggesting that personal connections can influence acceptance.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the limits of obtaining degrees, with some asserting that financial and personal factors are the primary constraints, while others emphasize institutional policies that may restrict certain degrees.

Contextual Notes

Limitations include the variability in university policies regarding multiple degrees, the financial burden associated with pursuing further education, and the selective nature of graduate programs, which may require more than just standardized test scores for admission.

  • #31
vectorcube said:
Is Griffin famous in some circles?
Probably famous to some, well-known to others, but he was just the NASA Administrator. The Administrator gets to set policy and priority for NASA's programs - and budgets.
 
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  • #32
Astronuc said:
Probably famous to some, well-known to others, but he was just the NASA Administrator. The Administrator gets to set policy and priority for NASA's programs - and budgets.

I think it's more accurate to say that he coordinates the setting of policies and priorities and budgets. It's pretty useful for the NASA administrator to have multiple degrees because it gave him "street credibility" with the various centers of power within the the science establishment. Astrophysicists and aerospace companies are generally trying to cut each others throats with the NASA budget, so having someone with a leg in both worlds is useful.

It happens quite a bit that people with technical degrees with either formally or informally get training in business administration. Once you reach a certain level in academia, it's pretty much impossible not to be at least a part-time bureaucrat and salesman.

So I think you'll find it a lot easier as a lawyer, if you somehow figure out a way of using your legal skills in physics. If you have a law degree and a masters of physics or engineering, I can think of several unique job opportunities (legal counsel for a national lab or forensic engineering).
 
  • #33
Academic degrees are credentials, prerequisites to a job, and mainly for the purpose of impressing some Personnel Department to hire you.

On the other hand, if you "do physics" and get paid for it, you're ahead of the game.

http://en.wikipedia.org/wiki/Stanford_R._Ovshinsky
Stanford R. Ovshinsky is an American inventor and scientist who has been granted approximately 400 patents over the last fifty years, mostly in the areas of energy or information... Ovshinsky is also distinguished in being self-taught, without formal college or graduate training.Throughout his life, his love for science and his social convictions were the primary engines for his inventive work.
 

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