A complex quantum computing approach to complex financial risk

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A new quantum algorithm could eventually make it easier for banks to manage the systemic risk that helped bring down the financial system more than a decade ago.Why it matters: Major financial institutions spend huge computing resources in calculating the systemic risk that may be contained in their portfolios. Replacing classical computing with a quantum architecture could allow them to do it faster and cheaper.What's happening: Zapata Computing, a Massachusetts-based quantum software company, and the Spanish bank BBVA are collaborating to develop a quantum algorithm to target credit valuation adjustment (CVA).CVA is a change to the market value of derivative adjustments that account for credit risks from counterparties. It was introduced as a new requirement for banks following the 2007–2008 financial crisis, when the banking system was almost...

Q&A With David Egts of Red Hat Details Edge Computing Importance, Addressing Challenges and Hybrid Cloud Approach

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David Egts Red HatDavid Egts, senior director and chief technologist of Red Hat's North American public sector, recently took part in a recent Q&A session with ExecutiveBiz to detail the ongoing importance of edge computing and its capabilities in data processing.  During the Q&A session, Egts also discussed the changes in the federal workforce as our sector continues to adjust to telework as a result of the COVID-19 pandemic, the use of edge devices, the benefits and challenges of maintaining the connectivity for the internet of things (IoT), the positive influence of flexible tech infrastructure and more.  You can read the full Q&A session with David Egts below: ExecutiveBiz: Following the COVID-19 pandemic’s impact on federal agencies and the federal workforce’s telework capabilities, what has changed since we last spoke about...

Amazon proposes novel approach to quantum computing error correction

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Researchers at the Amazon Web Services Inc.-led AWS Center for Quantum Computing have published what they say is their first architecture paper today, describing a theoretical blueprint for a fault-tolerant quantum computer. The paper proposes an entirely new and apparently workable approach to the problem of “quantum error correction,” which is a key challenge that must be overcome in order to devise a working quantum computer that can live up to its full potential. The problem with quantum computers is that they’re incredibly fragile machines. Their potential comes from the fact they use “qubits” to perform computations, rather than the “bits” found in traditional computers. Whereas bits can hold a state of 0 or 1, qubits can be a 0, a 1 or both states at the same time. It’s this property that allows otherwise impossible...