Looks impressive, but it's too fast to follow the mechanical solving part.
I wish they had allocated more time for a slow motion replay of the most important one second of the 117 second video.
Maybe something for The Slow Mo Guys to pick up [1].
HN user
Looks impressive, but it's too fast to follow the mechanical solving part.
I wish they had allocated more time for a slow motion replay of the most important one second of the 117 second video.
Maybe something for The Slow Mo Guys to pick up [1].
Here is a good article that describes some scenarios that provide a glimpse into iBeacon's potential:
http://www.computerworld.com/s/article/9242393/Why_Apple_s_i...
"This incident reveals a gaping whole in the LinkedIn API that enables users to game the..."
Whole? Really, Forbes?
That's what "Cheif [sic] Scientists" do
Well played...
Missing to redact X.com's phone number allows "social engineering" of the company name, though.
So it's the surface tension of water.
Here is what I am wondering:
Detergents break the surface tension.
What would happen if he'd add some detergent?
I wanted to try it out but "find random opponent" never found a random opponent.
If there is no "random opponent" to be found within say 20 seconds, you could fake the "random oppenent" to be a program that is random-rpsls'ing with me.
Nice Spock intro animation!
Stolen bicycles are another example of a drug currency: http://blog.priceonomics.com/post/30393216796/what-happens-t...
Interesting read about the "Economic Theory of Bike Crime": "...Using this risk-return framework for crime, it begins to be clear why there is so much bike theft. For all practical purposes, stealing a bike is risk-free crime. It turns out there is a near zero chance you will be caught stealing a bike (see here) and if you are, the consequences are minimal. "