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Forbes reports that Lyft's planned expansion into the New York market has been delayed by a restraining order. The article explains that State officials had asked Lyft to delay its launch. When Lyft refused, New York Attorney General Eric Schneiderman's office filed a temporary restraining order against the startup Friday morning to prevent its launch. Other statements said that the restraining order had been granted, though Simpson said that was untrue.
Lyft and officials will reconvene in court Monday for a hearing. Lyft will not launch until it has reached an agreement with the city, Simpson said.
Since Monday, when Lyft announced it was planning to launch in the two boroughs [of Queens and Brooklyn], the app has faced criticism from city officials. The taxi and limousine commission declared the app 'unauthorized' and said its riders were at risk and its drivers could be cited and fined if they were caught using it.
Lyft seems to have left riders mostly unscathed in Boston, where it's been operating since early last year, and in numerous other cities. Also at Ars Technica.
JeremyHsu writes: A one-second delay can still seem like an eternity for a quantum computing machine capable of running calculations in mere millionths of a second. That delay represents just one of the challenges D-Wave Systems overcame in building its second-generation quantum computing machine known as D-Wave Two — a system that has been leased to customers such as Google, NASA and Lockheed Martin. D-Wave's rapid-scaling approach to quantum computing has plenty of critics, but the company's experience in building large-scale quantum computing hardware could provide valuable lessons for everyone, regardless of whether the D-Wave machines live up to quantum computing's potential by proving they can outperform classical computers. (D-Wave recently detailed the hardware design changes between its first- and second-generation quantum computing machines in the the June 2014 issue of the journal IEEE Transactions on Applied Superconductivity.)
"We were nervous about going down this path," says Jeremy Hilton, vice president of processor development at D-Wave Systems. "This architecture requires the qubits and the quantum devices to be intermingled with all these big classical objects. The threat you worry about is noise and impact of all this stuff hanging around the qubits. Traditional experiments in quantum computing have qubits in almost perfect isolation. But if you want quantum computing to be scalable, it will have to be immersed in a sea of computing complexity.
jfruh writes Patent trolling is a serious irritant and financial drain on many big tech companies — but those same companies can't guarantee that their own future management won't sell the patents they own to a 'non-practicing entity', especially in the case of sale or bankruptcy. That's why a number of tech giants, including Google and Dropbox, have formed the 'License or Transfer Network,' in which a patent will automatically be licensed to everyone else in the network in the event that it's sold to a third party.