The phys.org summary is light on mathematical details. The actual paper is very readable & if you have a math or physics background more understandable, e.g. the paper says six-wave interactions are responsible for "effective irreversible transfer of energy" but the phys.org summary leaves out "effective" (making the phys.org summary confusing IMO).
I meant nothing negative by it. I was just curious.
Sometimes people have a small "accent" in writing even when their English is pretty good.
Germans sometimes write 'as' when they mean '(something) like' or 'than' because of the German word 'als'.
French and Germans sometimes write "I've been doing it since 12 years" instead of "I've been doing it for 12 years" because of the words 'dépuis' and 'seit'.
Danes usually mess up the verbs by getting the number and person wrong (because modern Danish uses the same form for all {singular, plural} × {1st, 2nd, 3rd} combinations). Spanish speakers sometimes leave out personal pronouns (because they can be inferred from the verb form in Spanish). And so on and so forth.
This is common in many languages. The other similar example being to learn -> to teach. I always hear foreigners (including me, Croatian) messing those up.
Yup, but you need to take into account semantic confusion by a native speaker of one language with words in another language. In this case, peterfirefly might have been thinking of 'se souvenir (de)' and mkesper might have been translating 'se rappeler', but confused 'remind oneself' and 'remember', which is pretty easy to do and explains the mistranslation.
uBlock blocking third-party resources is IMHO something where I as the user have to expect pages breaking (although seeing at least something would be nice). For HTTPS Anywhere the problem is just that you get some of the scripts over http instead of protocol-independent URLs, which is easy to fix.
After reading the solution presented, what strikes me is that there is very little new math in it. Before you jump down my throat let me explain as this is quite an impressive effort.
Equation 7 bears a striking resemblance to what you would get if you started with a Liouville vonNeumann equation and tried to solve it in time. Infact all of the equations seem to follow this path.
See for example the books:
1) Charge and energy transfer dynamics in Molecular systems by Volkhard May and Oliver Kuhn (chapter 2)
2) Chemical Dynamics in Condensed Phases by Abraham NItzan.
I find it a bit surprising to not see these in the reference material. Everything in this paper screams Liouville von-Neuman equation.
The phys.org summary is light on mathematical details. The actual paper is very readable & if you have a math or physics background more understandable, e.g. the paper says six-wave interactions are responsible for "effective irreversible transfer of energy" but the phys.org summary leaves out "effective" (making the phys.org summary confusing IMO).