this is for holding javascript data
Alberto Pepe edited I_don_t_think_that__.html
over 8 years ago
Commit id: 50738ac79b843385ed99b668eb3efe46f9cb86dc
deletions | additions
diff --git a/I_don_t_think_that__.html b/I_don_t_think_that__.html
index 1889094..4466841 100644
--- a/I_don_t_think_that__.html
+++ b/I_don_t_think_that__.html
...
I don't think that being a physicist gives you a passport for being a great developer (I am not, for example), but there are some very basic characteristics of physicists that are important to point out.
Why do physicists make potentially good developers?
mathematical knowledge
a passion for solving complex systems
the ability to work in a team, as most physics work involves large collaborations
experience of basic programming languages (such as C#)
Re point 4: it is true that most physicists will not learn or use Ruby on Rails or Javascript for their Ph.D. work. To build a website or an app, your knowledge of Fortran (
still wildly popular among astronomers!) will not really help. But by default, most
physicist physicists will learn C# or C++, as well as basic database languages, and HTML/CSS. Moreover, nearly all physicists (and astronomers) will compile their papers in LaTeX, which is, after all, a programming language? The next generation of physicists (
some of whom are increasingly becoming data scientists) is more familiar than ever with Python and Javascript (e.g. d3.js). My point is that the gap between the computational skills of a computer scientists and a physicist is getting more and more narrow, as we enter an age where all of physics research requires data handling and computation.
Physicists can code.