Is it easy for a professor to switch fields of research?

In summary, when a professor wants to switch from one field of research to another, there may be bureaucratic obstacles such as funding limitations and the challenge of building credibility in the new field. However, it is not impossible to make the switch and there are examples of successful transitions in the past. It may also help to have connections or a background in the new field. Overall, while there may be some limitations, there is a degree of flexibility in academia for professors to pursue new research interests.
  • #1
Gear300
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When a professor specializes in a particular field of research, such as condensed matter physics, and wants to shift to a different field of research, such as String Theory, is it possible for him/her to just jump into the new field of research, or are there a few bureaucratic obstacles to go through?
 
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  • #2
There's no 'bureaucratic obstacles', but there's going to be a credibility problem until said professor publishes a few papers in the new field.
 
  • #3
I see...so its not so simple. I figured that since there was a lot of specialization of research these days, professors and maybe their grads/post-docs might be able to get around things by shifting fields...I'm assuming it depends more or less on funding issues?
 
  • #4
It's not unheard of for professors to develope an interest in a new area. We're talking about physics research after all and that's how new fields emerge.

When you start out in academia though, you will generally get hired on based on your research interests and proposed research plan/program. Experimentalists will set up labs with what is often very specific equipment. You will take on graduate students interested in that area and other researchers who have an interest in your field will contact you for collaborations. You will likely attend the relevant conferences in that area too on a regular basis. In short you will have a kind of figurative "research momentum" by the time you get on a tenure-track.

You will also have or be expected to pursue funding opportunities. And that's where "credibility" comes in. It's a lot easier to convince someone to give you money to study something that you have a credible track record in.

That being said, you don't always have to work on just one thing. If you have an interest in another field, you can start by involving yourself in some collaborative work with others in that field.
 
  • #5
It also helps if you have an "in" in the new field. I know some people who have moved from HEP to astrophysics. Initially, they made the move by using HEP instrumentation, which they were experts in, in a new domain: observational astrophysics. After a couple years, they had enough "street cred" with the astro community to strike out on their own.
 
  • #6
So there is some noticeable flexibility...I guess one cannot be sporadic about things, but it looks like a pretty good degree of flexibility.
 
  • #7
Gear300 said:
So there is some noticeable flexibility...I guess one cannot be sporadic about things, but it looks like a pretty good degree of flexibility.

Probably early in your career it’s possible, but I don’t know if “flexible” is the right word. In fact, I’d say it’s the wrong one.

I would instead argue that there are few hard barriers to switching, but the longer someone in academia works in their field the greater the inertia. I think the incentives for staying in one line of business are very large, and the opportunity cost of changing research areas becomes increasingly costly. The reality is that most physics professors at most colleges have been doing the same research their entire careers. Some have barely strayed from their grad thesis.

Is it possible to switch? Yes. Is it flexible? I would argue not.
 
  • #8
Gear300 said:
When a professor specializes in a particular field of research, such as condensed matter physics, and wants to shift to a different field of research, such as String Theory, is it possible for him/her to just jump into the new field of research, or are there a few bureaucratic obstacles to go through?

There are some practical limitations. The big one is funding. If you switch to another field then you aren't going to have the social networks and credibility to do grant proposals. The other difficulty has to do with internal psychology. It's hard to switch from a field in which you are seen as a leader to one in which you have no experience at all. On the other hand there are some scientists that just get bored and do something somewhat different and are generally respected (Feymann, Kormogorov, and Chandresekar). Issac Newton did some spectacular work at the Royal Mint.

There is also the case in which someone is respected in one field, then does a sudden change to a new on in which everyone there thinks he is nutty (Roger Penrose move into neuroscience is a good public example of this, there are a lot of private examples that I can't mention publicly).

There is also the situation in which lots of professors in one field suddenly find their work useful in another and so there is a mass switch over. A lot of particle physics comes from condensed matter physics, and there are people that are really a bit of both (Goldstone comes to mind).
 

What is specialization of research?

Specialization of research refers to the process of focusing on a specific subject or field of study within the larger scientific community. It involves deepening knowledge and expertise in a particular area, often through advanced education and training.

Why is specialization of research important?

Specialization of research allows scientists to become experts in a specific area, allowing for more in-depth and comprehensive understanding of a particular topic. This can lead to advancements and breakthroughs in that field, as well as collaborations with other specialists.

What are the benefits of specialization of research?

Some benefits of specialization of research include increased efficiency and productivity, as well as the potential for greater impact and recognition within the scientific community. It also allows for a deeper understanding and more detailed analysis of a particular subject.

What are the challenges of specialization of research?

Specialization of research can lead to a narrow focus, which may limit the ability to see connections and opportunities for cross-disciplinary collaborations. It can also create competition among specialists and may require a significant amount of time and resources to maintain expertise in a specific area.

How can one become a specialist in a particular field?

Becoming a specialist in a particular field involves pursuing advanced education and training, such as a graduate degree or postdoctoral research. It also requires staying up-to-date on the latest research and developments in the field, as well as actively participating in conferences and collaborations with other specialists. Developing a strong network and seeking mentorship from established specialists can also be beneficial.

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