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D-Wave Releases of D-Wave Hybrid Workflow Platform to Open Source

Today D-Wave Systems announced the general availability of D-Wave Hybrid, a simple open-source hybrid workflow platform for building and running quantum-classical hybrid applications. “Most quantum computing projects we’ve worked on in the past have relied on a classical hybrid quantum-classical approach. The release of D-Wave Hybrid has allowed us to prototype these hybrid approaches much faster than before, and gives us the algorithmic control required to customize different parts to suit our needs.”

Radio Free HPC Looks at Quantum Computing and High Performance Computing

In this podcast, the Radio Free HPC team looks at Quantum Computing and HPC and how the two spaces are evolving and cooperating. Their guest is Mike Booth from Quantum Computing, Inc. “Because QC is an accelerator, it fits nicely with how a lot of HPC is being done today.”

Optics for the Cloud – A New Approach to Data Centre Technology

Scarlet Schwiderski-Grosche from Microsoft gave this talk at PASC19 in Zurich. “At Microsoft Research Cambridge, we are exploring optical technologies across the three primary resources, networking, storage, and compute. In this talk, we will outline the future challenges in the data center and discuss the limitations of current technology. We will take a holistic end-to-end view of the needs of the cloud and present our work on optical networking and storage.”

ISC 2019 Opens Today with Keynote and Release of TOP500 List

ISC 2019 opens today in Frankfurt. A total of over 3,500 attendees are expected at this year’s show, now in its 34th year. “Running through Thursday this week, the conference kicks off at 9:00 am on Monday, June 17 with a keynote and the announcement of the 53rd TOP500. Project co-founder Erich Strohmaier will present the highlights of the new rankings and discuss the latest trends.”

New Paper: Practical Annealing-Based Quantum Computing

Researchers at D-Wave Systems have published a new paper on Practical Annealing-Based Quantum Computing. “According to the paper, quantum annealing is the viable way forward to connect quantum hardware to real-world applications. Providing annealing-based QPUs as part of a complete computing platform within a declarative paradigm has made this nascent technology accessible for many users who, in turn, are helping to drive this approach forward.”

Future MareNostrum 5 Supercomputer at BSC to host Made-in-Europe Technologies

Today the Barcelona Supercomputing Center announced plans to host EuroHPC processor technologies within its future Mare Norstrom 5 supercomputer. “Offering an heterogenous architecture, probably based on two big clusters with different characteristics, is BSC’s proposal to optimize both response times and energy use of the different works that the future supercomputer will have to compute. The details of this heterogenous architecture will be defined as the works of definition and the infrastructure tender progress.”

Video: The First Catalan Quantum Computer

Pol Forn from the Barcelona Supercomputing Centre gave this talk at the BSC Annual Meeting. “QUANTIC is a joint venture between the Barcelona Supercomputing Center and the University of Barcelona. The research directions are focused on performing quantum computation in a laboratory of superconducting quantum circuits and studying new applications for quantum processors.”

New Paper: Nanophotonic Neural Networks coming Closer to Reality

Over at the Intel AI blog, Casimir Wierzynski writes that Optical Neural Networks have exciting potential for power-efficiency in AI computation. “At last week’s CLEO conference, we and our collaborators at UC Berkeley presented new findings around ONNs, including a proposal for how that original work could be extended in the face of real-world manufacturing constraints to bring nanophotonic neural network circuits one step closer to a practical reality.”

Big Compute Podcast Looks at Quantum Computing Today

In this Big Compute Podcast, Steve Reinhardt from D-Wave Systems describes how quantum computing can be used to find optimal solutions in complex optimizations. “For decades quantum computers will be used in a hybrid mode with classical computers. So as a developer you don’t have to solve your complete problem. You can look at where the time is spent in computation and move those models to quantum computers. These modules may be optimized to be billions of times faster.”

IBM Q Network Expands to Drive Educational Opportunities in Quantum Computing

Today IBM announced the expansion of the IBM Q Network to include a number of global universities. The expanding academic network is designed to accelerate joint research in quantum computing, and develop curricula to help prepare students for careers that will be influenced by this next era of computing, across science and business. “Today, IBM is announcing Florida State University, the University of Notre Dame, Virginia Tech, Stony Brook University, and the University of Tokyo will have direct access to IBM Q’s most-advanced commercially available quantum computing systems for teaching, and faculty and student research projects that advance quantum information science and explore early applications, as academic partners.”