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The Marcus theory of ET-process suggests rather weak electronic coupling between the initial (LE) and final (ET), locally excited and electron transfer states, respectively.
People don't want to bother trying to engage with a network of weak electronic ties, Facebook's own number-crunchers now tell us, probably because they know that those ties are usually so weak as to be non-existent.
One thing the explosion of weak electronic ties in places such as Facebook has achieved is to make the most tantalising nostrum of social network theory - the idea that we are living in a "global village" - into a triumphant reality.
Very few of us had been in the habit of phoning up numbers from the telephone book at random to impart information, for example, but now we are more than happy to pass it on to our network of weak electronic ties.
When Mark Zuckerberg, Facebook's CEO, was called upon to explain the site's exponential growth a few years back, he announced that it was like a map-maker for the "social graph" - the universe of our weak electronic ties that always existed but had only now become visible.
Fair additivity of the LH1 and RC absorption spectra suggests rather weak electronic coupling between them.
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This process suffers from rather low QD loading and relatively weaker electronic coupling between QDs and TiO2[18].
However these systems suffer from rather low QD loading and relatively weaker electronic coupling between QDs and TiO2.
Thus, the weaker electronic XB acceptor capacity of PCPPdI coupled with the bulky ligands severely hinders or prevents the possible double XB interaction observed for the PCPPdCl and PCPPdBr.
The Marcus theory of electron transfer implies rather weak (<0.05 eV) electronic coupling between the initial (locally excited (LE)) and final (ET) states, and presumes that the transition state is close to the crossing point of the LE and CT terms.
But such a teenager with a laptop and an Internet connection can explore the world's electronic weak spots for hours every day, almost undetectably at almost no cost and very slight risk of being caught and punished.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com