Artem Tashkinov writes: The XKCD comics has posted a wonderful and exceptionally relevant post in regard to the today's situation with various instant messaging solutions. E-mail has served us well in the past however it's not suitable for any real time communications involving video and audio. XMPP was a nice idea however it has largely failed except for a low number of geeks who stick to it. Nowadays some people install up to seven IMs to be able to keep up with various circles of people. How do you see this situation being resolved?
People desperately need a universal solution which is secure, decentralized, fault tolerant, not attached to your phone number, protects your privacy, supports video and audio chats and sending of files, works behind NATs and other firewalls and has the ability to send offline messages. I believe we need a modern version of SMTP.
The talks are at rather early stages, with both firms exploring how AI and such smart systems can be best deployed when it comes to supplying electricity across Britain.
“One really interesting possibility is whether we could help the National Grid maximise the use of renewables through using machine learning to predict peaks in demand and supply," said a spokesperson.
Google currently uses DeepMind’s work on AI, specifically deep learning artificial neural networks, which essentially is digital attempt to replicate human brain picks apart and processes data, to smartly manage the cooling of its data centres, which are often praised for their energy efficiency.
the_newsbeagle writes: In the fast-growing field of synthetic biology, researchers and startups need ways to rapidly edit the DNA sequences of organisms. Then they can synthesize the DNA to spec and insert it into living organisms to see how it affects their life functions. They might do that based on scientific curiosity or a profit motive—imagine, for example, if a bacteria could be rejiggered to naturally exude a biofuel or a vaccine.
One group of researchers is trying to build a completely synthetic organism—a single-celled yeast—by building synthetic versions of its 16 chromosomes and putting them into a cell. To design this weird new critter, they had to invent a software program called BioStudio that make editing the genetic code as easy as cut & paste. It also has a feature akin to track changes, so genetic edits that turn out to be "bugs" and make the yeast malfunction can be rolled back. It's the kind of tool geneticists will need as they explore this new design frontier—the design of life itself.