Higher Education General Relativity

In summary, the conversation discusses the individual's background in engineering and interest in pursuing a career in theoretical physics, specifically in general relativity and cosmology. They are considering enrolling in a program at Cambridge or Oxford but have been advised that it may be difficult to secure a place due to the competitive nature of these subjects. The individual also mentions their current work in spacecraft development and a potential opportunity to link their work to research on general relativity. They are seeking advice on whether to continue pursuing a PhD in theoretical physics or to focus on experimental physics related to gravitational waves and CMB. The other person suggests considering part-time study while working in the field of space science and gradually transitioning into GR research. They also mention an MSc program
  • #1
Jinesh_R
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I am an electronics and comms engineering with Masters in space systems and am currently working in spacecraft development for the LISA spacecraft in the Uk (am 26 now.)

I am a physics enthusiast as of now and am seriously thinking to pursue academic career in Physics (GR and Cosmology in particular). I started from slightly above (from Hamiltonian mechanics) the basics. I am only reading textbooks, practising a few of problems and listening to lectures.

I would ideally like to enrol to casm (Part III) in a couple of years, by when I hope (wish) to kind of go through pre-requisite subjects for Part III General Relativity. I have mailed couple of universities about my eligibility for a PhD, but they thought I have less knowledge of Maths, to deal with GR/Cosmo as of now and the professor from Oxford suggested doing experimental Physics PhD.

Ok... enough of background: basically I am fix. I am interested in theoretical Physics more. I don't exactly know what is experimental physics. Will they get a chance to know theoretical physics?

I have two questions:

1. Based on what you know about the people admitted CASM, is it likely for me to secure a place after another two years of self study - by then I will be 28!

2. Or Is it better, to do experimental physics focussing on gravitaional waves, CMB etc

I would greatly appreciate your valuable suggestions/advices.

Thanks.
 
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  • #2
Cambridge and Oxford will try and put you off, as they already have too many of their brightest undergrads wanting to so these sexy subjects. You will find it next-to-impossible to get hired as a lecturer/researcher in theoretical cosmology, even if you manage to get to do Part III GR - which itself is unlikely. Why not work part time for a PhD in space systems alongside your work, study GR in your spare time, and when you get a space science tenured lectureship move slowly into GR research. You could tell your prof that you want to see how GR will affect spacecraft orbits, if you want to keep on his good side. But you will have tenure, so then you can do what you want...

P.S. I managed to get on Sussex's MSc astronomy course with a 2(i) from Leicester in "combined science". So you don't need an Oxbridge first in mathematical physics to get in everywhere! In my day (couple of decades ago) Sussex had no suitable courses in GR, and an inferior one in Cosmology. As I insisted on doing a Cosmology project I had to teach myself GR and advanced cosmology! Looking at the latest syllabus, things seem to have greatly improved, and you can even do a Cosmology MSc:

MSc in Cosmology

This is one of only two MSc programmes in cosmology in the UK. Its main emphasis is on observational and theoretical cosmology in the pre- and post-recombination universe. You will take courses on cosmology and relativistic field theory, and can choose from a variety of further courses on the early universe, galactic structure, general relativity, and the distant universe. You will be supervised by a member of faculty under whose guidance you will work on a small research project.

Maybe they listened to me when I said they should provide more interesting courses :-) :-)

You can take it part-time.

As you are working on spacecraft , is there no way you could link your work to doing research into GR and its affects on orbits or clocks? Then you could maybe get them to fund a part-time MSc at Sussex, and do a project involving GR & spacecraft .
 
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  • #3
I really appreciate your reply, thanks for that. It really sounds sensible to me. I had explored Space Science opportunities:

http://www.iop.org/activity/policy/Research%20Fields%20in%20Physics/file_27781.pdf

And could only find a few universities like Leicester and Surrey. Part Time is impossible to me as I work in Bristol now. But this suggestion goes the way towards future. I am trying Part III, so that I can get into PhD, possibly here or in the United States. Should I not get there after two years of self study and potentially becoming a citizen here (Fees are pretty high for internationals)... I will try and do it your way.

Thanks a ton for your advise...
 

FAQ: Higher Education General Relativity

What is General Relativity?

General Relativity is a theory of gravity developed by Albert Einstein in 1915. It describes how massive objects interact with each other and how they affect the fabric of space and time.

What is Higher Education General Relativity?

Higher Education General Relativity is a branch of physics that focuses on the study of general relativity at the graduate or postgraduate level. It delves deeper into the mathematical and theoretical aspects of the theory.

What are the applications of General Relativity in higher education?

General Relativity has many applications in higher education. It is an important concept in astrophysics, cosmology, and black hole physics. It also has applications in other fields such as geodesy and global positioning systems.

How is General Relativity different from Newton's theory of gravity?

General Relativity and Newton's theory of gravity are fundamentally different. Newton's theory describes gravity as a force between two masses, while General Relativity describes gravity as the curvature of space and time caused by mass and energy.

What are some current research topics in Higher Education General Relativity?

Some current research topics in Higher Education General Relativity include the study of gravitational waves, black hole thermodynamics, and the properties of space-time singularities. Other areas of research include testing the theory through experiments and observations, and finding connections between General Relativity and other areas of physics such as quantum mechanics.

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