Essential Skills for [Physics, Math, Eng.] Majors: Research Papers/Journals

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Discussion Overview

The discussion revolves around the essential skills and knowledge that Physics, Mathematics, and Engineering majors should acquire beyond their academic curriculum, particularly in relation to understanding and engaging with research papers and journals. Participants explore various skills, the challenges of transitioning from coursework to research, and the prerequisites for comprehending advanced academic literature.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants suggest that programming skills, such as C or C++, and familiarity with tools like LaTeX can be beneficial, though not strictly necessary.
  • Others argue that a solid understanding of the specific research field is crucial to comprehend research papers, which may require extensive background knowledge.
  • A participant mentions that reading complex papers can be challenging, especially for those with a limited background in advanced topics like quantum physics or relativity.
  • There is a suggestion that self-study and identifying confusing points in papers can help bridge the gap between undergraduate studies and research.
  • One participant expresses the difficulty of transitioning from senior-level classes to research, noting that the complexity of research papers often exceeds that of upper-level coursework.
  • Another participant proposes that seeking guidance from professors or community forums can be a practical approach to overcoming challenges in understanding research literature.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the specific skills required, as various viewpoints on the importance of programming, self-study, and background knowledge are presented. The discussion remains unresolved regarding the best approach to transition into research and the essential skills needed.

Contextual Notes

Participants highlight limitations in their understanding of research papers, indicating that familiarity with advanced topics and research methodologies may be necessary but not universally agreed upon. The discussion reflects a range of experiences and perspectives on the transition from academic learning to research engagement.

Who May Find This Useful

This discussion may be useful for undergraduate students in Physics, Mathematics, and Engineering who are seeking to enhance their understanding of research literature and develop skills necessary for academic and professional success in their fields.

n10Newton
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My Question is
1.What are the things one [Physics, Mathematics or Engineering Major] must have to know except their Academics.
Some commonly are English & Russian. Typing. C or C++.
2.When one are completely able to Research Papers/Journals.and understand them.
or, What are the things to Know before reading Research Papers.
 
Physics news on Phys.org
1. For what purpose? Grad admissions? Employment? You may not need to know how to program for either, but programming is useful.
2. Unless you are already a specialist in the field you probably will need to do some extensive research before you can understand many papers. I guess it also depends. I was reading a paper on biophysical simulations and it only took me a few hours to really digest it with limited background, but most papers published in particle or mathematical physics are beyond me.
 
Arsenic, Thanks For The Reply.
My Purpose is not for the admissions. Purpose is to know what are the essential things that should must be known by all PME Majors. As example Knowing the LaTeX is not required for Maths Major but if they Know it then its Better.
 
n10Newton said:
My Question is
1.What are the things one [Physics, Mathematics or Engineering Major] must have to know except their Academics.
Some commonly are English & Russian. Typing. C or C++.
2.When one are completely able to Research Papers/Journals.and understand them.
or, What are the things to Know before reading Research Papers.
I'm afraid these questions are somewhat confusing.

In order to be able to understand a research paper or journal article, one should be familiar with the particular field of research, beyond an understanding of the basics in the particular field. Ostensibly, that understanding comes from an academic program including upper level courses, or beyond.

In order to produce a good research paper or journal article, one should understand how to write (compose/construct) a scientific paper, which normally comes from practice, often writing one's thesis or dissertation, and perhaps being a co-author on various research papers and journal articles. Researchers also often write progress reports on their research.

It does help to have skills in programming languages, analytical software, typing, use of software like LaTeX.
 
Astronuc, I am an Engineering Major[Mechanical] with Physics minor. Since last year I an Reading Nature Physics & Physics Today and most of the articles are confusing to me (because I only have knowledge of Classical Physics) but I read them completely.
So My question is If you are a Physics Major (Undergraduate) and Read that Journals and you don't understand that but you want to understand that then what you do? (If my Academia (i.e.I already read that topic in textbooks) is Perfect)
 
n10Newton said:
Astronuc, I am an Engineering Major[Mechanical] with Physics minor. Since last year I an Reading Nature Physics & Physics Today and most of the articles are confusing to me (because I only have knowledge of Classical Physics) but I read them completely.
So My question is If you are a Physics Major (Undergraduate) and Read that Journals and you don't understand that but you want to understand that then what you do? (If my Academia (i.e.I already read that topic in textbooks) is Perfect)
If one only has a background/experience in Classical Physics, then one needs to learn quantum physics and relativity.

One should indentify the points that are confusing and then find an appropriate text or texts that provide the necessary background material.
 
I have a bit of an addendum to the OP's question.

How does one make the intellectual jump from senior level undergraduate classes into research? I am doing a senior project research in Differential Equations this semester, and the papers that I am reading are FAR beyond the academic level of difficulty of any "normal" upper-level class that I have taken. Is there a secret to making the big step into big-boy (big girl) research?
 
Hercuflea said:
I have a bit of an addendum to the OP's question.

How does one make the intellectual jump from senior level undergraduate classes into research? I am doing a senior project research in Differential Equations this semester, and the papers that I am reading are FAR beyond the academic level of difficulty of any "normal" upper-level class that I have taken. Is there a secret to making the big step into big-boy (big girl) research?
Self-study, pretty much. A lot of content in research will not be taught in courses at school
 
Well, I found the solution,Ask the Professors or Post here on PF.
 

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