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鈥淚t gives you the time to actually sit down in front of something that first attracted your eye so that you understand what was the detail that may you want to sit down and sketch.鈥澨�Maureen DeCarbonniers, architecture student.

Yesterday (September 6, 2016)听saw the launch of a new book by Cathy O'Neil with the provactive听title听Weapons of Math Destruction: How Big Data Increases Inequality and Threatens Democracy. O'Neil holds a听Ph.D. from Harvard in Math and was a听tenure-track math听professor until 2007, when she听quit academia to join听Wall Street. That fledging second career came to an end just a year later听with the Financial Crisis, after which O'Neil again changed careers and became a data scientist.

Artificial Intelligence (AI) is becoming听more and more integrated in our daily lives: AI agents听might听decide if you get a bank loan, or if your job application will ever reach听human eyes. Not everyone is comfortable with this trend, since听we don't always know exactly how the AI comes to its decision. AI learns from existing data to predict future data, but its inner workings can be a mystery听even to the AI's programmers. That's a problem if the AI is making life or death decisions, as it would in missile systems or unmanned drones.

What causes depression? Of course, life circumstances such as traumatic events, severe stress or grief play a role, but heredity studies have shown that a genetic predisposition to depression is equally important as environmental triggers [1]. Until very recently, though, the genes that underpin such a predisposition have proven elusive.

Online bullying and trolls are the darker side of social media. Twitter's Chief Executive Officer 听that he wanted听to make听it a corporate priority to听detect听abuse and hate speech on Twitter.

Autour combines GPS, Google Maps, public transit and other data with ambient sound to provide descriptions of businesses, landmarks and services near the user.

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A team of researchers in the Netherlands has听developed the means听to store data at the atomic level. This technique would allow 502 terabytes of data to fit into one square inch. According to the authors, "[t]ranslating the two-dimensional storage density presented here to three dimensions, would ... allow the storage of the entire US Library of Congress in a cube 100鈥吢祄 wide."听At the moment, the memory array can operate up to a temperature of 77 K (about -210 C), meaning that the technology would be restricted to data centres capable of maintaining such temperatures.