Straight to PhD after undergrad in physics and math?

In summary, the difference between a master's and PhD program in physics and mathematics is that a master's program is shorter and may or may not involve research, while a PhD program takes longer and is more research-focused. Some schools allow students to go straight into a PhD program, while others require them to start as a master's student and then upgrade. In some fields, a master's degree may be viewed as a consolation prize, but it still represents a significant amount of work. The pattern may vary in different fields and countries.
  • #1
Nilpotent
2
0
Hey-

I've read these forums for a couple of months, I'm sort of a nerd, so i enjoy working out problems even if i never post solutions to them. :).

Anyways, I do have a question.

I was wondering about the difference between masters and PhD programs in physics and mathematics. I've heard several of the faculty in the physics department mention that a masters in physics is sort of a consolation prize. So are there phd programs that you go to straight out of undergrad, or is that something they're lying to me about? the same question goes for math.

thanks!
 
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  • #2
I wouldn't call a master's degree a consolation prize.

A master's program is the shorter of the two graduate programs. It generally takes about 2-3 years to complete, and may or may not involve research. Some are completely course-based while others have a research component. At the end you have a graduate degree, but its value in academia (pursuing a position as a professor for example) is limited. It does however certify an advanced understanding of the field which can be valuable in industrial and teaching positions.

A PhD takes longer (4-6+) years, and requires more research. Ph.D. students are often expected to be more independent than master's students.

Some schools will allow students to jump right into a Ph.D. program, while in others you enter as a master's student and based on your performance in the first year or so, you can 'upgrade' to the Ph.D. program. The advantage of doing a master's degree first is that it allows one to try out a field without making a 4+ year committment to it. The advantage of doing the Ph.D. straight out of undergrad is that it can be faster.
 
  • #3
Some schools/departments do not have a master's program, only a Ph.D. However, these schools often allow students to petition for the award of a master's degree after a certain point in the program (usually after completing coursework and qualifiers). At such schools, the master's degree is usually viewed as a "consolation prize" for students unable to complete their Ph.D.

A master's degree still represents a non-trivial amount of work though.

EDIT: I'm originally from computer science.
 
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  • #4
Based on what I've heard: the usual path is to go from an undergrad degree directly into a PhD program, and in fact most graduate programs in physics only offer the PhD program. If you want to make a career in physics, you apply to grad school to get a PhD, not just a master's. So in that sense, a master's degree would be a "consolation prize." Of course, again, that's based on what I've heard...
 
  • #5
This is what i thought to be true, and of course, a masters degree represents many years of work, i didn't mean to trivialize it at all, i simply meant that it isn't something that is often attained anymore.

Are these things true for mathematics programs as well, or are the answers here mostly based on physics programs?
 
  • #6
There are basically two kinds of master's degrees (in the U.S. at least). At some/many schools, you can "pick up" a master's degree along the way during a Ph.D. program, usually after you've completed a certain number of hours of coursework. That's how I got my master's. It's sometimes considered a "consolation prize" in the sense that if you end up not finishing your Ph.D. for some reason, at least you still have the master's degree.

There are also "terminal" master's degrees, which often focus on a specific application area (e.g. medical physics), have specific course requirements in that area, and which often require you to complete a thesis or some kind of project in addition to your coursework. If you wanted to continue to a Ph.D. after one of those, I think you normally have to apply for the Ph.D. program and be considered in the same pool as people coming straight from a bachelor's degree.

My experience is with physics programs. The pattern may vary in other fields.
 
  • #7
Hmm that's strange, I think here in the UK you mainly apply for a masters degree (although you can do the three year one aswell) and apply for a PhD from there, not sure though.
 

1. What is a PhD program?

A PhD program, or Doctor of Philosophy program, is a research-based degree that allows individuals to gain advanced knowledge and expertise in a specific field of study. It typically involves completing coursework, conducting original research, and defending a dissertation.

2. How long does it take to complete a PhD program?

The length of a PhD program can vary depending on the field of study and the individual's progress. On average, it takes 4-6 years to complete a PhD program. However, some programs may take longer due to the complexity of the research or other factors.

3. What are the eligibility requirements for a PhD program?

The eligibility requirements for a PhD program may vary depending on the institution and field of study. Generally, applicants are required to have a bachelor's and/or master's degree in a related field, high academic achievement, and relevant research experience.

4. Can I work while pursuing a PhD program?

Many PhD programs allow students to work while completing their degree, as long as it does not interfere with their academic requirements. However, it is important to consider the time and dedication required for a PhD program and whether or not working will impact your ability to successfully complete the program.

5. What career opportunities are available after completing a PhD program?

A PhD program can open up a variety of career opportunities, including academic positions, research positions in industry or government, and other leadership roles in various fields. It also demonstrates advanced skills and knowledge, making graduates highly sought after in many industries.

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