Microsoft and Quantinuum have improved the logical error rate in quantum computing by 800x, a breakthrough the partners say has the potential to usher in a new era of qubit processing. Using ion-trap hardware from Quantinuum and a qubit-virtualization system from Microsoft, the team ran more than 14,000 experiments with no errors — a huge feat in the notoriously fickle realm of qubits. The system has error diagnostics and corrections built in, identifying which errors need to be fixed and correcting them without destroying the underlying logical qubits, according to the companies. Continue reading Microsoft, Quantinuum Tout Advance in Quantum Computing

Australian researchers have had a breakthrough in quantum computing, proving that nearly error-free processing is possible, which could lead to the possibility of silicon-based quantum machines whose manufacture could be compatible with today’s semiconductor manufacturing technology. “Our operations were 99 percent error-free,” said University of New South Wales (UNSW Sydney) professor Andrea Morello, who led the work with partners in the U.S., Japan, Egypt, and at the University of Technology Sydney (UTS) and the University of Melbourne. “When the errors are so rare, it becomes possible to detect them and correct them when they occur.” Continue reading Quantum Computing in Silicon Achieves 99 Percent Accuracy

Amazon has officially opened the AWS Center for Quantum Computing, a two-story building on the northeast corner of the Caltech campus in Pasadena that both the technology company and the university hope will transform the future of computing. Amazon announced in 2019 it was building the center to “bring together the world’s leading quantum computing researchers and engineers in order to accelerate development of quantum computing hardware and software.” The AWS CQC will be run by Oskar Painter and Fernando Brandao, physics professors on leave from Caltech to help Amazon establish the new facility. Continue reading Amazon Establishes Quantum Computing Facility at Caltech

D-Wave Systems, which in 2011 became the first company to bring a working quantum computer to market, is diversifying beyond the quantum annealing approach that has been its bread and butter and entering the superconducting gate-model sector that will put it in direct competition with IBM. The Canadian company announced at its Qubits conference that it plans to make its first gate model commercially available in 2023 or 2024. While quantum annealing works well for certain specialized functions, gate-model quantum computing is considered more broadly applicable, in areas like materials science and pharmaceutical research. Continue reading D-Wave Plans a Commercial Gate-Model Quantum Computer

Google distinguished scientist Hartmut Neven revealed that, by 2029, the company will build a commercially useable quantum computer for flawless large-scale enterprise and scientific calculations. Google revealed it has expanded a campus in Santa Barbara, California focused on the project. Neven, who oversees the Quantum AI program, added that the company is at an “inflection point.” Google has been investing in the quantum computing effort for several years, as have IBM, D-Wave Systems and Honeywell International. Continue reading Google’s Quantum AI Campus Envisions Commercial System

The University of Chicago and partners launched the first U.S. program to support quantum-tech startups. University of Chicago physicist and molecular engineer professor David Awschalom, who helped create the Duality accelerator, said, “we are at the birth of a new field of technology … at the point where the transistor is being invented.” Chicago is home to three of the eight federally funded quantum research centers founded in 2020. The University of Toronto has also unveiled a program to support quantum-tech startups. Continue reading University of Chicago Debuts First U.S. Quantum Accelerator

In three months, Honeywell International will roll out an “early stage” quantum computer for “commercial experiments,” with JPMorgan Chase as its first public user. Honeywell Quantum Solutions president Tony Uttley stated it will speed up calculations and develop new materials and trading strategies for financial services firms, but it could also be used to power machine learning calculations by aerospace, oil and gas companies. IBM, Google and Microsoft are also at work on quantum computing solutions. Continue reading Honeywell Prepares Launch of Powerful Quantum Computer

Microsoft’s cloud computing platform will soon offer select customers access to quantum computers. More specifically, the three prototype quantum computers are from Honeywell and two startups, IonQ (spun out from the University of Maryland) and QCI (spun out of Yale University). Quantum computing isn’t ready for any real work, but Microsoft, like its rivals IBM and Google, wants to stake out a presence in the nascent field. Microsoft Quantum general manager Krysta Svore noted, “we need a global community.” Continue reading Microsoft Plans to Launch Quantum Computing in the Cloud

Google unveiled Android Things yesterday, currently available as a developer preview. The comprehensive IoT platform was designed to help developers build smart devices to work with Android APIs and Google services. According to TechCrunch, the platform “combines Google’s earlier efforts around Brillo with its Android developer tools like Android Studio, the Android SDK, Google Play Services and Google’s cloud computing services.” A future developer preview will include “support for Weave, Google’s IoT communications platform that (together with Brillo) makes up Google’s answer to Apple’s HomeKit.” Continue reading Android Things: Google Rolls Out IoT Platform for Developers

Google just released Home, a smart speaker that competes directly with the recently introduced Amazon Echo, powered by the virtual assistant Alexa. Since its release, Amazon’s Echo has been a hit, as users have relied on it for everything from a home automation tool to kitchen companion and shopping assistant. Now, the two products, from two technology behemoths, will face off in the marketplace. These devices are still early in their development, and the virtual assistants powering them offer limited abilities. Continue reading Comparing Newly Released Google Home with Amazon Echo

Amazon recently confirmed that it has acquired 2lemetry, a startup with a focus on creating real value of data being processed and shared via Internet-connected devices. Under Amazon, Denver-based 2lemetry will continue to service its existing clientele, which includes companies such as Honeywell and First Mile. All other deal details remain undisclosed. Amazon’s acquisition of 2lemetry reflects the company’s early efforts to develop an Internet of Things business strategy. Continue reading IoT: Amazon Acquires Connected Enterprise Startup 2lemetry

Retailers are gearing up to support a range of connected home devices for the upcoming holiday season. Best Buy’s new Connected Home department is scheduled to deploy in more than 400 stores by Thanksgiving, featuring more than 100 smart home products. Other big box retailers including Home Depot, Lowe’s and Staples have unveiled new programs and products in their stores designed for the connected home. We can also expect to see specialists and tech support trained in smart home products. Continue reading Internet of Things: Retailers to Promote Smart Home Devices

It may seem an unlikely source for managing home automation or the next step forward for the Internet of Things, but Staples will launch its $100 Staples Connect hub in November. The Internet-connected hub by Linksys centralizes control of smart home appliances and other devices with the help of a single controller app. Staples hopes its approach will help curb the need for multiple proprietary apps that are common with smart home devices currently on the market. Continue reading Staples Connect Offers Universal Hub to Connect Your Home