gravenewworld said:
or you can still get your PhD and become a high school teacher. With enough experience and if you live in the right area, some high school teacher make over 70 grand a year. and you still get the summers off, never have publishing requirements, and don't have to fight for grants. the only draw back is that you probably won't have the facilities to do research, but if you can live without that, but want to go into academia, become a high school teacher because they are definitely needed.
honestly ask yourself, "Do I really need a PhD?" In industry you get to do PhD level science everyday with a BS or MS without ever needing a PhD. Sure you might not come up with the experiment (the PhD will), but you are the one who gets to do it. No one is saying don't study science, you can do that on your own time, but do you really need a few letters after your last name to prove to everyone that you are special? A few guys where I work that just have a BS are insanely incredible at chemistry, all just from working in industry long enough. They are by far and away much much better than some of the PhD candidates from places like UPenn, UC, Harvard, Michigan, etc. we interviewed for a post doc position that we were offering before.
But you also can't assume that people who pursue a Ph.D simply want to have those extra letters after their name. That's presumptuous and insulting to those who do. In physics, if you do it simply for the "prestige" and standing, you'll never get it, because it is just way to difficult and demanding to do it for the
wrong reason.
And if we want to do anecdotal evidence of what someone with a Ph.D can or cannot do versus someone with just a B.Sc can and cannot do, I can come up with boatload of examples as well. That proves nothing. The fact is that
(i) there are jobs that require a Ph.D in physics
(ii) there are jobs that do not require a Ph.D in physics
(iii) there are jobs that don't give a damn what you have, but rather that you can DO
As some point, we simply can no longer make blanket statements about such things. Just look at the issue of employability and job opportunities for experimentalists versus theorists alone. I can easily say that one should consider those two separately. If you are a theorist and hoping to get good academic or research position, then you'd better have gone to a very prestigious institution, and have a strong "pedigree", because chances are, with your limited employability, the schools that are looking to hire will pay more attention to you if you came from a well-known mentor. If you came from a not-so-well-known institution, then there is a very good chance that you won't find your ideal job. The competition is just too great, and your employability is just too limited! That is the nature of the job market!
I have been categorized as an optimist AND a pessimist many times over. And guess what? That is quite accurate. I'm an optimist when it comes to certain area of physics and graduates with certain skills. I'm a pessimist when I see people stubbornly pursue a certain line of study with very rigid, single-minded goal without any consideration whatsoever on what they can do after they graduate. In my years in physics, I've seen both extremes, and everything in between. To this very day, I've seen people languishing in one post-doc position after another, unable to find a permanent job, while another had barely finished the first year of a postdoctoral appointment before being snapped up by a terrific position. Considering the huge variety of expertise that is available in physics, I don't see how anyone can make any kind of a blanket statement about the employment status in physics.
Zz.