The answer is simple but subtle: There are good reasons to protect against insider attacks, and a court order is an insider attack.
Is choice really a problem for Android?
Polonium, an extremely rare radioactive element, was implicated in the poisoning death of former FSB agent and Russian dissident/exile Alexander Litvinenko(wikipedia.org) who was killed in the UK after alleged cooperation with MI6 intelligence.
The US argument for maintaining governance has been the need to maintain "a free and open Internet" versus interests of authoritarian societies. Has recent understanding of the wholesale surveillance of telecommunications by the NSA completely ruined the US reputation as the just custodian of that mission?
A device that just received approval in the EU seems to solve those problems. This tiny pacemaker is the first that doesn't require wires to bring the electrical signal to the heart muscle, because it's implanted inside the heart itself, and is hooked onto the inner wall of one of the heart's chambers. This is possible because the cylindrical device can be inserted and attached using a steerable catheter that's snaked up through the femoral artery. This blog post has an animation of the insertion process.
In Finland, actually. The Kutsuplus is Helsinki's groundbreaking mass transit hybrid program that lets riders choose their own routes, pay for fares on their phones, and summon their own buses. It's a pretty interesting concept. With a ten minute lead time, you summon a Kutsuplus bus to a stop using the official app, just as you'd call a livery cab on Uber. Each minibus in the fleet seats at least nine people, and there's room for baby carriages and bikes.
You can call your own private Kutsuplus, but if you share the ride, you share the costs—it's about half the price of a cab fare, and a dollar or two more expensive than old school bus transit. You can then pick your own stop, also using the app.
A few Ada biographies later, I know Augusta Ada Lovelace to be an incredibly complex woman with a painful life story, one in which math, shame, and illness were continuously resurfacing themes. Despite all, Ada tirelessly pursued her passion for mathematics, making her contributions to computing undeniable and her genius all the more clear. Her accomplishments continue to serve as an inspiration to women throughout the world."
The plans form the main thrust of recommendations by a 21-strong expert panel of international plasma scientists and ITER staff, convened to reassess the project’s research plan in the light of the construction delays. The plans were discussed this week at a meeting of ITER’s Science and Technology Advisory Committee. The meeting is the start of a year-long review by ITER to try to keep the experiment on track to generate 500 MW of power from an input of 50 MW by 2028, and so hit its target of attaining the so-called Q10, where power output is ten times input or more.
ITER initially aims to produce a Q10 for a few seconds, and then for pulses of 300–500 seconds, and work up over the following decade to output ratios of 30 times more power out than in, with pulses lasting almost an hour. Eventually the aim is to develop steady-state plasmas, which will yield information relevant to industrial-scale fusion-power generation. It is experiments relating to the understanding of longer-pulse and steady-state ITER plasmas that are most likely to be delayed beyond 2028.
when one Iranian e-mail address of interest got taken over by spammers. The Iranian account began sending out bogus messages to its entire address book.
... the spam that wasn't deleted by those recipients kept getting scooped up every time the NSA's gaze passed over them. And as some people had marked the Iranian account as a safe account, additional spam messages continued to stream in, and the NSA likely picked those up, too....Every day from Sept. 11, 2011 to Sept. 24, 2011, the NSA collected somewhere between 2 GB and 117 GB of data concerning this Iranian address.
The radio signals were generated by a photon mixer device that uses two optical laser signals of different frequencies, which were then superimposed on a photodiode to create an electrical signal (237.5 GHz) that could be radiated via an antenna. But the team aren’t happy with breaking one record and their future attempts will seek to break the 1 Terabit per second (Tbps) barrier.