Source: Home Page
There is a review here at cloudwards
The precise reasons that people see profundity in vague buzzwords or syntactic but completely random sentences are unknown. Some people might not realize the reason they don’t understand something is simply because there is nothing to understand. Or they might just approach things they hear and read less skeptically.
There are also a few characteristics that seem to correlate with those who are more prone to pseudo-profound language. Specifically, the researchers tested willingness to accept pseudo profound statements along with a host of other personality characteristics. As they describe:
Those more receptive to bull**** are less reflective, lower in cognitive ability (i.e., verbal and fluid intelligence, numeracy), are more prone to ontological confusions [beliefs in things for which there is no empirical evidence (i.e. that prayers have the ability to heal)] and conspiratorial ideation, are more likely to hold religious and paranormal beliefs, and are more likely to endorse complementary and alternative medicine.
Source: Why people think total nonsense is really deep – The Washington Post
Privacy International battle exposes ‘bulk’ warrants
Documents released by GCHQ to the Investigatory Powers Tribunal suggest the agency may be allowed to hack multiple computers in the UK under single “thematic” or “class” warrants.
Responding to complaints brought by Privacy International and seven global internet and communication service providers, the British spy agency told the tribunal it was applying for bulk hacking warrants from secretaries of state and then deciding internally whether it was necessary and proportionate to hack the individuals targeted.
Source: GCHQ can hack your systems at will – thanks to ‘soft touch’ oversight
The researchers based the new process on a combination of two existing techniques. Using the stamping technique ‘Substrate Conformal Imprint Lithography’, which originates from a collaboration between Philips and AMOLF, they stamped a pattern in a thin layer of plastic on top of a glass substrate. The result looks much like a nanoscale landscape: a surface that is crisscrossed with interconnecting channels. The researchers subsequently filled the minuscule channels with silver using a chemical process known as the ‘Tollens’ reaction’. After removing the plastic, a conductive silver grid remains on the glass substrate. The patterns of this conductor are smaller than the wavelength of light; as a result, they do not reflect any colours from the visible spectrum. This property makes the conductor transparent. […] the technique has a conductivity three times as high as a conventional method based on the evaporation of metals
Source: Physicists make transparent conductors by means of stamping and growing