Deciding Ph.D Field: Astrophysics vs Quantum Computing

In summary, the speaker is a college student in the UK with one year left in their Masters program. They are considering pursuing a PhD but are unsure of the field to specialize in. They were initially interested in astrophysics but have been put off by their university courses and the job market in that field. They are now considering quantum information/quantum computing, but there are limited opportunities in this field. They are also considering attending a US university for a change of environment and better opportunities. However, they are struggling to decide which field to focus on and are wondering if they can specialize in more than one field.
  • #1
Baggio
211
1
It's an important time for me, I need to decide what I want to do. I know I want to do a Ph.D (I have 1 year left of my Mphys degree in the UK) but I'm not sure about the fieldto specialise in. When I began university I was really set on doing a PhD in astrophysics.. But I've been put off by some of the astrophysics courses taught at my university (they were badly taught) and also the fact that astrophysicists seem to just sit at a computer and crunch numbers all day.

I'm also interested in Quantum information/Quantum computing as I'm really into computers (building/programming) and Quantum physics is one of my favourite areas of study.

I've looked at these two fields for sometime and my impression is that

Astrophysics - Not many jobs available, doesn't seem to be a great need for people in this field

Quantum computing - Has great potential but there aren't many universities who have groups that specialise in their development..

I'm also looking at attending a US university for my studies - for a change of environment, personal reasons and also the fact that there are many good schools.

My ultimate problem is deciding which field to focus on. Which field has a brighter future? Should I choose say 5 or 6 different fields at different universities and apply to them or should I just focus on one? :confused:

Any advice would be great!
 
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  • #2
if your interested Canada has some people in QC i believe Uft, Ucal and Uwaterloo(just opened up a physics institute dedicated to QC i believe.
 
  • #3
neurocomp2003 said:
if your interested Canada has some people in QC i believe Uft, Ucal and Uwaterloo(just opened up a physics institute dedicated to QC i believe.

Cool thanks I'll add that to my list of places I need to research... Keep the cmments coming. much appreciated.
 
  • #4
50 views and only 1 opinion?
 
  • #5
Baggio said:
50 views and only 1 opinion?

That's life... :redface:
 
  • #6
you have a masters degree and you are not sure - try to guess what people who are in college or have a bachelors think - we are not sure even more

if you are into physics then major in physics. if you want to get involved in QM/QC might as well go to grad school for EE
 
  • #7
 
  • #8
cronxeh said:
you have a masters degree and you are not sure - try to guess what people who are in college or have a bachelors think - we are not sure even more

if you are into physics then major in physics. if you want to get involved in QM/QC might as well go to grad school for EE

I am In college it's a 4 year course with the 4th year being the "masters" part. ZapperZ, thanks I'm reading those threads now but I'd rather have an opinion on the two specific fields them selves as opposed to a general discussion on employability etc.

Also is it possible to specialise in more than one field? for example I was researching into quantum computing and I came across John Preskill at Caltech and he specialises in quantum information theory particle physics and cosmology.
 
Last edited:

1. What is the difference between astrophysics and quantum computing?

Astrophysics is the study of the physical properties and behavior of objects and phenomena in the universe, such as stars, galaxies, and black holes. Quantum computing, on the other hand, is a branch of computer science that uses principles of quantum mechanics to process and store information. While astrophysics focuses on understanding the universe, quantum computing focuses on developing new technologies for computing and communication.

2. Which field has more career opportunities in the current job market?

Both astrophysics and quantum computing have growing career opportunities in various industries. Astrophysics graduates may find employment in research institutions, space agencies, and universities, while quantum computing graduates may work in tech companies, government agencies, and research labs. It ultimately depends on an individual's skills, interests, and job market demand in a particular region.

3. What skills do I need to pursue a PhD in astrophysics or quantum computing?

To pursue a PhD in astrophysics, one needs a strong background in physics, mathematics, and computer programming. Knowledge of astronomy, cosmology, and data analysis is also essential. For a PhD in quantum computing, one needs a solid foundation in mathematics, computer science, and physics with a focus on quantum mechanics. Programming skills in languages like Python and familiarity with quantum algorithms and hardware are also necessary.

4. Which field is more financially rewarding for PhD graduates?

The average salary for a PhD in astrophysics or quantum computing may vary depending on the job role, industry, and location. However, in general, quantum computing graduates tend to have higher salaries than astrophysics graduates due to the high demand for their skills in industries like finance, healthcare, and defense. Nevertheless, both fields offer attractive earning potential, and the decision should not be based solely on financial rewards.

5. Can I pursue a PhD in both astrophysics and quantum computing?

It is possible to pursue a PhD in both fields if the research topic involves the intersection of astrophysics and quantum computing. However, it may be challenging to find a program or advisor that specifically focuses on this interdisciplinary area. It is more common for individuals to have a PhD in one field and have interests or collaborations in the other.

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