Beyond the Bitcoin Bubble is a well written NYTimes long-form that provides great context on: the Internet of old; the Internet (economies) of now; and the blockchain’s potential to simultaneously move us backward and forward (positively?) in those histories.
Two minor omissions, imho, came to mind: Ted Nelson’s Project Xanadu (coiner of “Hypertext”), and probably as relevant, his writings in Computer Lib/Dream Machines (1974); as well as Jarrod Lanier’s Who Owns the Future (2013).
Radio Garden is a site that allows listening to live broadcasts anywhere in the world simply by selecting a spot on its rotating globe interface.
While streaming technology did not exist when I was first accessed the internet, Radio Garden reminds me of the wondrous possibilities I felt in the beginning. (It is also a reminder of how much crap is being broadcast.) The "Stories" tab is also an interesting feature.
Git users should be all too familiar with the "stash" command for temporarily setting aside your current changes to get back to a clean state. A common use case is hopping to a different branch when you don't want to actually commit changes on the current branch.
It is not uncommon for the stash stack to grow to the point where you lose track of what's on it. It is easy enough to recall the top of your stash, especially if it was pushed in recent memory. Inevitably, though, one forgets what's in there.
Typically, i just
drop the states I don't remember but figured there had to be a way to find out what is actually in there. To provide greater context to a particular stash:
$ git stash show
Qualcomm recently announced a new ultrasonic-based fingerprint sensor capable of being embedded underneath the display, obviating the need for a separate button. The sensors can "scan for fingerprint matches and detect heartbeat, blood flow, and gestures through OLED displays up to 1200 µm thick."
More information can be found at Qualcomm Fingerprint Sensors transform device authentication.
Nature recently posted an article entitled How to Raise a Genius: Lessons from a 45-Year Study of Super-Smart Children. The article profiles Johns Hopkins professor of Psychology Dr. Julian Stanley and outlines the history and outcomes of his longitudinal studies from The Study of Mathematically Precocious Youth (SMPY).
SMPY began in 1971 and continues today, currently at the Peabody College of Vanderbilt University. The research's general premise was to examine gifted children vis-a-vis their unique educational needs; "gifted" being defined as a child scoring above 700 (out of 800) on the SAT by the age of 13. An extensive summary of SMPY research is detailed in Lubinski & Benbow, 2006.
The Nature article highlighted several findings of Stanley's research, two of which I found particularly interesting. The first was in contradiction to professor of Psychology Dr. K. Anders Ericsson's research into expert performance, namely through deliberate practice.
The second interesting result weighed innate math and verbal ability against spatial ability, finding that the latter was majority factor in creative thinking and technical innovation.
I felt as if I was watching a haunting mashup of Tarkovsky's Stalker and Solaris; Aleksei German’s Hard to be a God; just about any Jodorowsky film; a smidgen of Kubrik's 2001; Cronenberg's Naked Lunch. Though On the Silver Globe was produced contemporaneously with the primary films of George Lucas's Star Wars or George Miller's Mad Max, it is not hard to imagine that these franchises were subsequently influenced.
On the Silver Globe is not a movie for the faint of heart — especially given that it clocks in at 166 min. For those though who seek unique cinematic experiences, the (digitally remastered) film will leave an indelible mark.
The storied history of the film's fractured production is discussed in MUBI's Notebook post: Power and Resistance: Andrzej Żuławski’s "On the Silver Globe".
I was walking in my neighborhood on the way to work the other day and passed a woman wearing a t-shirt upon which was written: "DATA IS THE NEW BACON".
I currently am a mobile developer on Android. Nonetheless, I am interested in iOS and particularly the Swift programming language, so I try to pickup any related knowledge when I can find a spare moment.
Sean Levin, a Senior iOS developer at Yahoo!, gave a very good talk at the March 2016 Brooklyn Swift Developers Meetup: "The Wacky Wild World of Swift Collection Types". I wasn't able to attend but recently viewed Sean's presentation available online. For me, the value of the talk was his cogent walkthrough of the Swift concepts of a Generator, Sequence, Index, and Collection.
Elements of Programming
Around minute 37 of the presentation, Sean briefly digresses to mention "Elements of Programming" by Stepanov and McJones. I had not heard of the book but was loosely familiar with Alexander Stepanov, being a progenitor of the C++ Standard Template Library (STL). The book sounds dense and mathematical but, at the same time, intriguing.
Whilst working on my income tax return, I was presented with the "account activity" for the online software I was using. Above is a screenshot of the results. Notice anything unusual?