Is latex uncommon among experimental physicists?

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Discussion Overview

The discussion centers around the use of LaTeX among experimental physicists, particularly in the context of academic writing and publication. Participants share their experiences and observations regarding the prevalence of LaTeX compared to other typesetting tools like Word in experimental physics settings.

Discussion Character

  • Debate/contested
  • Technical explanation
  • Meta-discussion

Main Points Raised

  • One participant notes a personal experience where most theory papers are typeset in LaTeX, while experimental papers are often in Word, questioning the commonality of LaTeX among experimentalists.
  • Another participant mentions that their advisor, a theorist, is unfamiliar with LaTeX, suggesting that individuals may use tools they are comfortable with, making generalizations difficult.
  • A participant working with experimental astronomers asserts that LaTeX is the preferred tool in their department, indicating a strong culture of using LaTeX among that group.
  • Some participants observe that many professors in their departments are competent with LaTeX, implying a level of familiarity among faculty.
  • One participant highlights a contrast within their university, noting that while astrophysics students use LaTeX for theses, experimentalists tend to use Word, suggesting a divide in practice.
  • A participant expresses a desire to learn LaTeX, detailing their process of setting up the necessary software and finding the documents produced to be visually appealing.
  • Another participant recommends learning LaTeX codes rather than relying solely on GUI tools, emphasizing the benefits of understanding the underlying typesetting language.

Areas of Agreement / Disagreement

Participants express a range of experiences regarding the use of LaTeX in experimental physics, with some indicating that it is common, while others suggest it is less so. There is no consensus on the overall prevalence of LaTeX among experimentalists.

Contextual Notes

Participants' experiences may vary significantly based on their specific academic environments and the subfields of physics they are involved in. The discussion reflects differing practices and preferences without resolving the overall trend in the use of LaTeX.

will.c
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To put my question in perspective, I'm starting grad school in the fall, and as an undergrad I was pretty sure I wanted to be a theorist so my range of experience with experiment is limited - I like reading papers off arxiv, and it's pretty rare to pull a theory paper that isn't typeset in latex. On the other hand the couple of experimental papers that I've found relevant to my interests have been pdfs of word docs. Is latex uncommon among experimentalists, or am I just reading the wrong papers?
 
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It depends, my advisor in a theorist and he hasn't a clue about LaTeX. People work in their comfort zonne, so you can not make any generalizations about what tools they use.
 
I'm currently working in my physics department with experimental astronomers, and LaTex is definitely the tool of choice there I strongly suspect that anyone who didn't have a clue about latex would have the mick taken out of them until they did; I'll only be workng there eight weeks and it looks like I'll be learning it!
 
the title of this thread sounded more exciting, than the thread proved to be
 
From what I've seen, most of the professors at my school are quite competent with latex.
 
I think almost everyone in our department uses it. Its quite easy to learn. Just get an editor like LEd and a standard latex package. Then go to arxiv and look at the source of some of them. Everything is fairly straightforward, and there are a lot of shortcuts already in place for formatting.

(just remember you have to compile before the preview pane works in LEd, "latex nameoffile.tex" at the command prompt.)
 
I've noticed the same thing at my university - while the astrophysics people are using LaTeX for their theses, the experimentalists are using Word. But you can't go wrong with LaTeX, especially with equations, and it comes out looking so much more professional. If you go into experimental physics, get ready to teach LaTeX to the rest of them when they realize how much better everything comes out. The students, that is - most of our professors know LaTeX.
 
h0dgey84bc said:
the title of this thread sounded more exciting, than the thread proved to be

After extended periods of investigation, they discovered they prefer lambskin?
 
will.c said:
After extended periods of investigation, they discovered they prefer lambskin?

That was the first thing I thought of when I read the thread title as well...
 
  • #10
I have always wanted to use LaTeX, but no one at my university taught it or used it.

I have toyed with it in the past, but finally took steps recently to learn it. I installed or updated:

GhostScript
GSView
Adobe Acrobat Reader

and then installed (in this order):

MikTeX
TeXnicCenter

MikTeX is a LaTeX distro for Windows, and TeXnicCenter is a good (to my novice eye) editor and GUI for MikTeX. I've been using the "(Not so) Short Guide to LaTeX2e" as a guide to getting started.

I already found the files I needed to do papers in APA style and have produced a few simple documents. I'm going to move on to including graphs, tables, and math.

I now wish I had taken a week at some point in the past and just done this sooner. The documents look fantastic.
 
  • #11
I can also recommend mikTeX. It works really good, I on the other hand uses LEd. Now LEd can be worked almost like a real wordprocessor and not a typesetter (LaTeX is a typesetter). I strongly recommend that you actually learn the codes instead of point and click on the buttons that have the same functions. This is because you will quickly learn how to use LaTeX in very simple enviroments, like emacs.
 

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