Google DeepMind has come up with an error correction technique it says will make quantum computers more reliable, particularly at scale. While quantum computing holds tremendous promise — potentially able to solve in just a few hours problems it would take a conventional computer “billions of years” to figure out, Google claims — the systems are notoriously unstable, due to the delicacy of the “quantum state.” AlphaQubit is an AI-based decoder that identifies quantum computing errors with accuracy. Combining DeepMind’s machine learning expertise with Google Quantum AI error correction, the technique advances efforts to create a reliable quantum computer. Continue reading Google DeepMind Touts AI-Powered Quantum Error Detection

Google DeepMind has discovered a way to create AI algorithms that run faster than those coded by humans, which could lead to more cost-effective software development and computing that is more efficient and sustainable, according to the Alphabet company. The breakthrough, detailed in the journal Nature, is called AlphaDev. It uses a form of machine learning called reinforcement that allows computers to build on their successes, honing strategies independent of human programmers. In this case, faster algorithms were developed for computer-science functions like sorting and hashing. Continue reading Google DeepMind’s AlphaDev Can Create Faster Algorithms

The Toyota Research Institute (TRI), with MIT Media Lab, is exploring how to use the blockchain technology behind Bitcoin in the automotive industry. The company unveiled several projects focused on how to use software to gather information about individual autonomous vehicles and distribute information about their safety. The first research aims to share data on every trip, develop tools to make ridesharing easier and create usage-based insurance products. TRI is also working with several startups in its efforts. Continue reading Toyota and MIT Media Lab Partner on Blockchain for Vehicles

Following his success at Discovery Channel, founder John Hendricks is ready to move forward with another media venture, only this time one built for online streaming rather than pay TV. Hendricks is scheduled to launch CuriosityStream in March, a nonfiction subscription service that offers nature, history, science and technology content on demand. As with most subscription services, CuriosityStream hopes to tap into the non pay TV market first before pushing to add from pay TV households. Continue reading Discovery Channel Founder to Launch Subscription VOD Service

Netflix is raising its monthly subscription rate by more than 30 percent for those interested in streaming 4K video. Subscribers who have not yet signed up for 4K content will be charged $11.99 per month (the family plan), up from the standard $8.99 charge. For customers who have already signed up for a 4K-enabled account, the price change will not take effect until August 2016. Netflix 4K streams currently only work with Ultra HD TVs released this year that include a built-in H.265/HEVC decoder. Continue reading Netflix is Charging More for Subscribers Streaming 4K Video

As a follow-up to its original $700 4K media player, Sony has announced a new model, the FMP-X10, that will provide access to Sony’s Video Unlimited 4K download library and be able to stream 4K Netflix content. The new player, available this summer, will be compatible with Sony Ultra HD sets and include 1 terabyte of storage. A price has yet to be announced. Sony’s Video Unlimited 4K library currently features more than 200 titles (45GB-60GB files), about 50 of which are available for free. Continue reading New Sony Media Player to Access 4K Library and Stream Netflix

Researchers have discovered the ability to create ultrasharp images from barely illuminated objects. This is done by mathematically stitching together information from particles of light. The development will likely be used to support studies of fragile biological materials such as the human eye, that could be damaged or destroyed by illumination. The development could also be used for military surveillance applications in locations with low light.  Continue reading MIT Researchers Use Algorithm to Take Pictures in the Dark

A new computer now operating at University College London mimics the randomness found in nature and can instantly recover from crashes by repairing its own corrupted data. Such a machine could be instrumental in keeping mission-critical systems working at all times in the face of technological breakdowns. For example, it could allow drones to reprogram themselves in the face of combat damage. Continue reading Computer Mimics Randomness in Nature to Repair Itself