Futurum analyst Todd R. Weiss looks at how NVIDIA QODA boosts quantum classical computing interactions by bringing together the power and capabilities of QPUs, GPUs and CPUs in groundbreaking new ways.
Futurum analyst Todd R. Weiss analyzes the impact of a White House executive order that brings the U.S. National Quantum Initiative Advisory Board into a much closer relationship with the president and other governmental leaders to keep them better informed about quantum computing and its impacts on the U.S.
Futurum principal analyst Shelly Kramer reacts to a new White House memo addressing the threat and mitigation of quantum computing risks through planned migration to quantum-resistant technologies.
Futurum analyst Todd R. Weiss examines how newly-incorporated OpenSSH 9.0 encryption security features aim to prevent future quantum computing hackers from using the powerful quantum computers of tomorrow to defeat the strongest data security algorithms of today.
Honeywell Quantum Solutions and Cambridge Quantum complete business combination to form Quantinuum. Futurum’s principal analyst Daniel Newman breaks down this news and what it will mean for the future of quantum computing.
Futurum Research’s principal analyst Daniel Newman covers Cambridge Quantum’s release of the first Quantum Natural Language Processing toolkit and library. The toolkit, called lambeq, is the world’s first software toolkit for QNLP that can convert sentences into a quantum circuit, which will open the doors for QNLP developers for unlimited possibilities.
Microsoft Azure Quantum is now available for public preview allowing developers and researchers in all industries to experiment with the quantum computing platform. The preview is to help launch the quantum computing service as well as spur innovation in a variety of fields.
AWS announced last week the general availability of Amazon Braket, its new quantum computing tool. Braket is a fully-managed AWS service that Amazon markets as a service that will spur innovation across the entire quantum community, allowing developers, researchers, and scientists to experiment with computers from quantum hardware providers, while only paying for compute services used. With companies like Fidelity, VW and University of Waterloo already using the tool, Braket is now generally available in the US East (N. Virginia), US West (N. California), and US West (Oregon) AWS Regions.
Honeywell has broken through to the next big milestone in Quantum Computing announcing the achievement of 64 qubits, doubling IBM’s previous record of 32
Google’s latest announcement lands in a fast-moving, but still immature, quantum computing marketplace. By extending the most popular open-source ML development framework, Google will almost certainly catalyze use of TensorFlow Quantum in a wide range of ML-related initiatives. The Google-developed quantum ML framework will find its way into a wide range of other solution providers’ quantum computing environments. So what will Google’s likely next move be in the Quantum ML space? Read on to see what I think.
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