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Submission + - now Barbie is Wi-Fi (theregister.co.uk) 1

turkeydance writes: Vid Toymaker Mattel has unveiled a high-tech Barbie that will listen to your child, record its words, send them over the internet for processing, and talk back to your kid. It will email you, as a parent, highlights of your youngster's conversations with the toy.

Submission + - IoT Sensors Can Run At Lower Power With MIT Chip Design (itworld.com)

itwbennett writes: Massachusetts Institute of Technology researchers have created a new circuit design that could lead to more power-efficient sensors. Many sensors remain idle most of the time and become active when they send or receive data. The researchers have designed a circuit for a transmitter that could reduce energy leakage by up to 100 times when a sensor is in that idle state. That could extend the battery life of sensors by many months.

Submission + - The Ghosts in the MP3s (askaudiomag.com) 1

el_flynn writes: Continuing the debate about whether there's really any difference between lossless and lossy audio codecs, as well as the whole Pono debacle, Ryan Maguire, a Ph.D student at the University of Virginia, has found a way to "hear" what we're not hearing. From TFA, Ryan goes on to ask "what does the music which this codec delete sound like?", and builds a technique to recover these "lost" sounds... the ghosts in the MP3, so to speak.

Submission + - Intel Moving Forward With 10nm, Switching Away From Silicon For 7nm (arstechnica.com)

An anonymous reader writes: Intel has begun talking about its plans for future CPU architectures. The company is already working on a 10nm manufacturing process, and expects the first such chips to be ready by early 2017. Beyond that, things are getting difficult. Intel says it will need to move away from silicon when it develops a 7nm process. "The most likely replacement for silicon is a III-V semiconductor such as indium gallium arsenide (InGaAs), though Intel hasn't provided any specific details yet." Even the current 14nm chips they're making ran into unexpected difficulties. "While Intel didn't provide any specifics, we strongly suspect that we're looking at the arrival of transistors based on III-V semiconductors. III-V semiconductors have higher electron mobility than silicon, which means that they can be fashioned into smaller and faster (as in higher switching speed) transistors."

Submission + - Bill Nye Disses "Regular Software Writers" (washingtonpost.com)

conoviator writes: Bill Nye, one of the foremost science educators in the United States states that only the upper crust members of American science and technology (with degrees from top tier schools) understand science, particularly climate change. He opines that "regular software writers" dwell in the realm of the semi-science-literate.
http://www.washingtonpost.com/...

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