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go back to [[Main Page]], [[Group Pages]], [[Núria López and Group]],  
go back to [[Main Page]], [[Group Pages]], [[Núria López and Group]],  


* Make sure you master all the [[basics of DFT calculations in VASP|VASP for beginners]].
==First steps: The literature review==
STATE-OF-THE-ART DETAILS:
* Make sure you master all the [[VASP_beginners|basics of DFT calculations in VASP]], the VASP documentation, and the content of our internal wiki relevant to your project.  
* Complete the reading of Sholl&Steckel book.
* Print 20-50 papers related to your project. Give priority to those recent, published in high-impact journals, and cover both theoretical and experimental ones.  
* Print 20-50 papers related to your project. Give priority to those recent, in high-impact journals, and cover both theoretical and experimental ones.
* Read these papers (Seriously!). Highlight all information relevant to you. Start at least with the 20-25 you find more relevant.
* Read these papers. Seriously. Highlight all information relevant to you. Start at least with the 20-25 you find more relevant.
* Sketch some ideas: What you can and cannot get from DFT (and related) simulations. What information will be useful to you.
* Sketch some ideas: What you can and cannot get from DFT (and related) simulations. What information will be useful to you.
* You should keep reading throughout all your project.
* Update your paper list each week, including at least one new paper. Keep reading throughout all your project.  
* Besides, be familiar with the VASP documentation, and our internal wiki.
 
==Second phase: the objectives== 
* Establish your research objectives in the light of the ideas you got from literature, your supervisor, and your colleagues.
* Plan which calculations you need to submit to cover these objectives.
* Plan how you want to process such data.
 
==Third phase: the paper==
* Write a first draft of the paper, even a crude one, containing at least the objective, the methods, and a backbone of the discussion.
* Include an early abstract and conclusions. Do not be afraid to strongly edit those later on if your initial impressions were wrong.   
* Identify any potential gap in logic that would need to be filled, and cover it (Akin to [https://en.wikipedia.org/wiki/Feynman_Technique Feynman's technique]). 
* Select a target journal in the light of the expected impact. Adopt the format of such a Journal early on. 
* Update your coworkers and collaborators on a regular basis. Mind uploading your draft into iciq's mysharepoint (for Word) or Overleaf (for LaTeX). 
* Use an automated reference manager. Recommended: Mendeley (Word) and Bibtex (LaTeX).
* Do all line art in Origin. Mind the [[Colour_codes]] standard in the group.
* [[]]
 
==Fourth phase: peer review==
* Be humble when you write your [[Reply to reviewers]].

Revision as of 14:38, 13 September 2021

go back to Main Page, Group Pages, Núria López and Group,

First steps: The literature review

  • Make sure you master all the basics of DFT calculations in VASP, the VASP documentation, and the content of our internal wiki relevant to your project.
  • Print 20-50 papers related to your project. Give priority to those recent, published in high-impact journals, and cover both theoretical and experimental ones.
  • Read these papers (Seriously!). Highlight all information relevant to you. Start at least with the 20-25 you find more relevant.
  • Sketch some ideas: What you can and cannot get from DFT (and related) simulations. What information will be useful to you.
  • Update your paper list each week, including at least one new paper. Keep reading throughout all your project.

Second phase: the objectives

  • Establish your research objectives in the light of the ideas you got from literature, your supervisor, and your colleagues.
  • Plan which calculations you need to submit to cover these objectives.
  • Plan how you want to process such data.

Third phase: the paper

  • Write a first draft of the paper, even a crude one, containing at least the objective, the methods, and a backbone of the discussion.
  • Include an early abstract and conclusions. Do not be afraid to strongly edit those later on if your initial impressions were wrong.
  • Identify any potential gap in logic that would need to be filled, and cover it (Akin to Feynman's technique).
  • Select a target journal in the light of the expected impact. Adopt the format of such a Journal early on.
  • Update your coworkers and collaborators on a regular basis. Mind uploading your draft into iciq's mysharepoint (for Word) or Overleaf (for LaTeX).
  • Use an automated reference manager. Recommended: Mendeley (Word) and Bibtex (LaTeX).
  • Do all line art in Origin. Mind the Colour_codes standard in the group.
  • [[]]

Fourth phase: peer review