Accelerator schools and recently received some offers

In summary, the conversation is about a person who applied to some accelerator schools and has received offers from four schools: University of Nebraska Lincoln, University of Tennessee Knoxville, Texas A&M, and Northern Illinois University. They ask if anyone is familiar with these schools and mention that NIU has a close collaboration with Fermilab and Argonne National Lab, while UNL has its own facilities. They also note that they could not find information about accelerator research at TAMU and UTK and ask for others to share their experiences. A member of the conversation suggests using a website to research the schools' involvement in conferences and offers a document for an overview of schools and programs in accelerator science.
  • #1
misteryan
1
0
Hi all, I applied to some accelerator schools and recently received some offers.
1. University of Nebraska Lincoln (UNL)
2. University of Tennessee, Knoxville (UTK)
3. Texas A&M (TAMU)
4. Northern Illinois University (NIU)

Anyone here familiar with these schools ?
NIU looks attractive with its close collaboration with Fermilab and Argonne National Lab, while UNL has its own facilities.
However, I could not find any useful information about ongoing accelerator research in TAMU and UTK.
It would great if some of you could share your experiences on these institutions.

I have been using this thread for my graduate application, thank you everyone here for your contributions.
 
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  • #2
I work in accelerator physics but I don't run in the same circles as the schools you mentioned (except NIU a little bit).

I assume that UTK works with Oak Ridge National Lab, so you'll probably end up doing something on the Spallation Neutron Source there. That is the big project, there must be others.

The only thing I have ever heard on TAMU was a presentation by Peter McIntyre about putting a super collider in the Gulf of Mexico so that magnet technology doesn't need to advance any further to get to really high energy (I think it was 100+ TeV...). I am pretty sure they also do superconducting magnet development that I think goes back to the Superconducting Super Collider (SSC).

If you really want to dive into what those schools are doing, try going to www.jacow.org and choose the bigger conferences (IPAC mostly) and "Index Papers by Institution" and look for the places you are interested in. You'll have to dig through the years separately, but you might get a lot out of that. At the very least you'll find names to google that will hopefully lead you to group websites.
 
  • #3
misteryan said:
Hi all, I applied to some accelerator schools and recently received some offers.
1. University of Nebraska Lincoln (UNL)
2. University of Tennessee, Knoxville (UTK)
3. Texas A&M (TAMU)
4. Northern Illinois University (NIU)

Anyone here familiar with these schools ?
NIU looks attractive with its close collaboration with Fermilab and Argonne National Lab, while UNL has its own facilities.
However, I could not find any useful information about ongoing accelerator research in TAMU and UTK.
It would great if some of you could share your experiences on these institutions.

I have been using this thread for my graduate application, thank you everyone here for your contributions.

I'm a little bit confused here. You have already applied to these schools intending to go into the accelerator physics program, and only now you're researching if they are any good?

In any case, you should read this document which has an overview of schools and programs that produces specialists in accelerator science.

http://web.mit.edu/Lns/news/RAST_Education_Paper.pdf

Zz.
 

1. What is an accelerator school?

An accelerator school is a type of educational program designed to help students develop skills and knowledge in a specific field, typically in business or technology. These schools often provide hands-on learning experiences, mentorship opportunities, and access to resources and networks to help students accelerate their learning and career growth.

2. How do accelerator schools differ from traditional schools?

Accelerator schools typically have a more focused curriculum and a shorter duration compared to traditional schools. They also often have a more practical and hands-on approach to learning, with a strong emphasis on real-world experiences and networking opportunities.

3. What are the benefits of attending an accelerator school?

Attending an accelerator school can provide numerous benefits, including a more specialized education, access to industry experts and mentors, valuable networking opportunities, and a faster path to career growth and success in a specific field. These schools also often have a strong track record of helping students secure jobs or start their own businesses after graduation.

4. How do I choose the right accelerator school?

When considering different accelerator schools, it's important to research their curriculum, instructors, and alumni success rates. You should also consider the location, cost, and any additional resources or support offered by the school. Additionally, it can be helpful to talk to current or former students to get a better understanding of their experiences and outcomes.

5. What types of careers can I pursue after attending an accelerator school?

The specific careers you can pursue after attending an accelerator school will depend on the focus of the program. However, common career paths for graduates include entrepreneurship, business development, product management, and marketing in various industries such as technology, healthcare, and finance.

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