Axios chief technology correspondent Ina Fried asked why we’re talking about 6G when 5G is just beginning to make an appearance. “Before we get into what comes after 5G, how ready are we to connect billions of devices?” she asked. She got a quick answer from Public Knowledge cybersecurity policy director Megan Stifel. “We’re getting there, but we’re not there yet,” she said. “At least we’re beginning to see companies think about ‘secure to market,’ but there is no core baseline required. This keeps me up at night.” Continue reading CES Panel: Building the Quantum Internet with 6G, Intention

Congress passed a bill that aims to speed up the development of quantum computing in the United States. The technology is anticipated to revolutionize cybersecurity among other areas. The House approved the bill in a 348-11 vote. President Trump is expected to sign it into law, since quantum computing has been a priority of his administration. China has been focused on the technology and plans to open a laboratory in 2020. With the new bill, U.S. legislators hope to push efforts to keep up with or surpass rivals. Continue reading Congress Passes Bill Intended to Boost Quantum Computing

According to Gartner Research vice president Brian Burke, the democratization of AI is one of the five megatrends impacting emerging technologies. Although AI is currently in the “hype” stage of its evolution, to be followed by disillusionment, by 2020 it is expected to shape 80 percent of new technologies. Pursuant to that prediction, the Massachusetts Institute of Technology (MIT) released plans for a college of artificial intelligence to be built with $1 billion in investment, of which two-thirds has already been raised. Continue reading Gartner Labels AI a Megatrend, MIT Plans AI-Centric College

Canadian company D-Wave Systems launched the Leap Quantum Application Environment, a web portal that aims to offer public access to quantum computing for “any and all developers.” D-Wave R&D executive vice president/chief product officer Alan Baratz says Leap will provide such developers “immediate, free, real time access to a live quantum computer.” Quantum computing, which is expected to dramatically improve the ability to manipulate and analyze data, has thus far had a very limited user base. Continue reading D-Wave Offers Free Real-Time Quantum Computing For All

Quantum computing is beginning to gain traction since, two years ago, IBM made its IBM Q 5-quantum bit (qubit) computer available to researchers. Now, 70,000 users around the world have registered to use the IBM Q, and Big Blue has quadrupled the qubit count. Also recently, IBM and Intel announced quantum computers with 50 and 49 qubits respectively, and Google is reportedly nearing launch of its own qubit computer. Experts are now waiting for the quantum computer to rise above the best supercomputer at accomplishing tasks. Continue reading IBM Quantum Computers Engage Researchers, Corporations

At CES 2018, Intel chief executive Brian Krzanich gave a keynote address that ranged on topics from cybersecurity to immersive media and both neuromorphic and quantum computing. He also introduced Intel Studios, a site for the production of immersive media. First, Krzanich brought up the formerly undetected flaws in Intel chips, dubbed Spectre and Meltdown, saying that it was Intel’s No. 1 priority to secure customer data and noting that the industry has joined forces to plug the loopholes. Continue reading CES Keynote: Intel Introduces New Studio for Immersive Media

Both the U.S. and China have invested billions in quantum physics, which promises a new era of computing and communications. In 2016, Europe, which lagged behind in the race, made an effort to catch up by investing one billion euros in its Quantum Technology Flagship research project, to develop quantum communication, quantum simulation, quantum computing, and quantum sensing. Now, a year-and-a-half after the European Commission’s announcement, it’s published the European Quantum Technologies Roadmap that reveals its progress. Continue reading Roadmap Reveals European Progress in Quantum Computing

Last week, IBM and the Massachusetts Institute of Technology announced a 10-year, $240 million partnership to establish the MIT-IBM Watson AI Lab in Cambridge, Massachusetts. The long-term initiative is expected to bring together industry experts, professors and students to research areas such as cybersecurity, healthcare, machine learning and quantum computing. Researchers will work at MIT and the nearby Watson Health and Security facilities. The lab will be co-chaired by IBM Research VP Dario Gil and MIT School of Engineering dean Anantha Chandrakasan. Continue reading IBM and MIT Team Up for Artificial Intelligence Research Lab

Gartner Research reported on emerging workflows for new technologies. In the Gartner Emerging Tech Hype Cycle, the company studied 2,000 emerging technologies and identified 32 that could create competitive advantages over the next ten years. Gartner tracked these technologies’ progress and assessed their chances for entering the mainstream market. Among the technologies it identified are augmented reality, virtual reality and some forms of artificial intelligence, followed by blockchain. Continue reading Gartner Forecasts Timeline for Adoption of New Technologies

Google is getting closer to offering quantum computing over the cloud. It’s uncertain if a quantum computer, which is based on “qubits” rather than 1s and 0s, can out-perform a supercomputer, but Google and other companies are betting it will be able to perform certain important tasks millions of times faster. Google and its rivals would be more likely to rent quantum computing over the Internet, since the computers are too bulky and require too much special care to live in most companies’ data centers. Continue reading Google Push Could Spark Quantum Computing in the Cloud

In an experiment described in Science, Chinese researchers used photons (also known as light particles) from the country’s quantum-communications satellite and established an instantaneous connection between two ground stations more than 744 miles apart. By doing so, say the experts, China is now a pioneer in harnessing matter and energy at a subatomic level — and a leader in the field of using quantum technology to build a global communications network that can’t be hacked. Meanwhile, the U.S. Department of Energy is paying for companies to develop new supercomputers in pursuit of at least one “exascale” system. Continue reading U.S. and China Continue to Compete in Supercomputing Race

Microsoft is going full bore into quantum computing, moving from pure research into efforts to build a prototype of what has been primarily an experimental field. If and when they come to fruition, quantum computers could have an impact on drug design, artificial intelligence and even our understanding of physics. For that reason, IBM and Google are also investing in quantum computing, although Microsoft has taken a singular approach, based on so-called braiding particles (also known as anyons). Continue reading Microsoft Imagines a Practical Future for Quantum Computers

In 2012, Microsoft chief executive Steve Ballmer and computer chip researcher Doug Burger believed they had found the future of computing: chips that could be programmed for specific tasks, dubbed field programmable gate arrays (FPGAs). Project Catapult, as it was called, was intended to shift the underlying technology of all Microsoft servers in that direction. FPGAs now form the basis of Bing. Soon, the specialized chips will be capable of artificial intelligence at a tremendous speed — 23 milliseconds versus four seconds. Continue reading Microsoft Speeds Up AI with New Programmable FPGA Chips