Career planning is easy with the right tool. In the EU, such tool is supposed to be the ResearchCOMP … well, I have just made it interactive and useful at https://vladislavivanistsev.github.io/researchcomp.
You can make a self-evaluation of your skills and competences. Then you can copy, email, download the summary to use it in planning your career.
Whoooh, once some big stuff got done, I can return to polishing some drafts. I need to change the style of a whole paper. I am going to do that in three steps using AI. First, I refresh my memory about writing styles. Here is a table listing them.
| Writing Style | Description | Example with “I” | Example with “We” |
|---|---|---|---|
| Active – Personal | Use first-person pronouns to highlight the author’s direct involvement. | I have made calculations that show ideal catalysts can exist. | We have made calculations that show ideal catalysts can exist. |
| Active – Impersonal | Uses neutral subject (e.g., ‘this plot’, ‘this article’) to describe actions. | The calculations show that ideal catalysts can exist. | |
| Passive – Emphasising | Focus on the action rather than the actor, but maintain importance. | Calculations have been made, showing that ideal catalysts can exist. | |
| Passive – Diminishing | Downplay the action and the results using the past simple tense. | Calculations were made, and ideal catalysts could exist. | |
| Perfect Tense – Highlighting | Use present perfect to emphasise ongoing relevance or result of an action. | I have made calculations, which show ideal catalysts can exist. | We have made calculations, which show ideal catalysts can exist. |
| Past Tense – Diminishing | Use simple past to minimise the impact or make the statement more tentative. | I made calculations, and they suggest ideal catalysts could exist. | We made calculations, and they suggest ideal catalysts could exist. |
| Conditional or Doubtful | Use conditional mood to express uncertainty or possibility. | Calculations may suggest that ideal catalysts can exist. | |
| Future Certainty | Express actions or findings as a certain outcome in the future. | Future calculations will confirm that ideal catalysts can exist. |
Second, I analyse a dozen of articles from the targeted journal to identify its commonly used style. Third, I will play a bit with AI to see how my text can be rewritten. As I already have Zotero references in my text, I won’t copy-paste anything from the AI. Yet, I expect the AI assistance will save me some hours.
The reference font for the body text of European proposals is Times New Roman (Windows platforms), Times/Times New Roman (Apple platforms) or Nimbus Roman No. 9 L (Linux distributions). The Roman family is from a pre-digital age and has well-recognizable features.
Is it the best font in terms of readability? On the one hand, there is a tendency to move from Times-type fonts to plainer fonts, like Calibri. On the other hand, many studies (with controversial results) account for aspects like Dyslexia, typeface anatomy, and Display vs. Print. The effect of font choice on readability and compression on big numbers seems small or insignificant. However, my point is that a proposal must be clear to a few reviewers, who might have difficulties understanding the proposal due to age, Dyslexia, and colour vision deficiency. These few people will have some feelings about how the text is formatted. For that reason and also because of my artistic education in caligraphy, I have been looking for and playing with font combinations for a long time. Here is what I have tried and liked.
1. STIX two and Source Sans form a pair of Serif and Sans fonts. STIX two resulted from a collaborative effort from the most prominent academic publishing companies. Its predecessor (STIX one) has exactly the same metrics as Times New Roman. STIX two is somewhat bigger, which is not prohibited by the EU funding agencies. The main benefit of using STIX fonts is that these are mathematical fonts and, thus, can be natively used in MS Equation Editor (instead of Cambria) and LaTeX (as XITS or STIX2).
2. An excellent substitution for Times New Roman is Zilla Slab – a unique font by the Mozilla foundation – which has the same metrics as Times New Roman, is a Sans font, yet looks like a monospace one, does have features of a Dyslexia-friendly typeface, and looks great in print and on screen. It is freely available from Google fonts. It can be used with Times New Roman (or similar) as a pair of Serif and Sans fonts.
3. Libertinus Serif + Gill Sans is my favourite Serif and Sans pair. You can see Linux Libertine in the Wikipedia logo. Gill Sans Nova is commonly fond in the University of Tartu (Estonia) press. Although Libertinus Serif has an original Sans counterpart, its combination with Gill Sans looks most natural. I love Libertinus because of its amazingly looking ligatures, and it is also compatible with MS Equation Editor and LaTeX.
PS One can play with fonts in the EU projects to make their proposal more appealing. Like Estonian grants, I prefer calls, where applicants fill out online forms without changing the text appearance. Of course, the text looks ugly due to nasty line breaks, horrible chemical formulas and mathematical equations, and poor typography. Still, the competition is more fair because everyone is in the same conditions.
While preparing an online report for the PUT1107 project, I encountered a limit for uploaded pdf-files as low as 3 Mb. Thus, I was forced to reduce the pdf-file size to this limit as follows:
1. I merged a set of articles into one files: pdftk 1.pdf 2.pdf 3.pdf output set.pdf
2. Then I reduced the size of the resulting file: gs -sDEVICE=pdfwrite -dCompatibilityLevel=1.4 -dPDFSETTINGS=/screen -dNOPAUSE -dQUIET -dBATCH -sOutputFile=out.pdf set.pdf
The size was reduced by more than 50% with almost the same visual quality.
Working on large documents with many equations in a word processor is a torture. In my case, booklets of chemistry problems require a lot of work. For certain reason I prefer to use LibreOffice. When is needed to reformat all equations in a document the following macro is very useful:
Sub FormulaFontSizeChanger
o = ThisComponent.getEmbeddedObjects()
fontSize = 12
fontFamily = “Arial”
For i = 0 to o.count-1
if (not IsNull(o(i))) and (not IsNull(o(i).Model)) then
o(i).Model.TopMargin = 0
o(i).Model.BottomMargin = 0
o(i).Model.LeftMargin = 0
o(i).Model.RightMargin = 0
o(i).Model.BaseFontHeight = fontSize
o(i).Model.FontNameVariables = fontFamily
o(i).Model.FontVariablesIsItalic = 1
o(i).Model.FontNameFunctions = fontFamily
o(i).Model.FontNameNumbers = fontFamily
o(i).Model.FontNameText = fontFamily
o(i).Component.BaseFontHeight = fontSize
o(i).ExtendedControlOverEmbeddedObject.update()
endif
Next i
End Sub
P.S. The script might be useful also when writing a thesis with a lot of chemistry inside and many Zotero references. LaTeX might not be so comfortable, and in Word one is still limited with few math fonts.
Recently two our articles were uploaded to arXiv. Our collaborator Satish Narayana Srirama prepared the first one:
http://arxiv.org/abs/1604.02788
While submitting the other, we encountered some problems when compiling the source tex-file. It turned out that one should add \pdfoutput=1 to get everything work. As a result, the second article was successfully archived at the arXiv:
Thesis writing and, in general, academic writing is a skill. Not everyone has that skill, but certainly most can get it. To develop an understanding of the behaviours associated with successful writing, we organized a workshop with the help of AVOK – Centre for Academic Writing and Communication. Under the supervision of Djuddah A. J. Leijen, we started this four-hour workshop with Q&A followed by sessions about time management, in particular how to avoid procrastination, and, of course, grammar.
