NVIDIA announces partnership with Compal and Taiwan teams to develop and build a quantum computing ecosystem | ETtoday Finance Cloud | ETtoday News Cloud [Chinese (Traditional)]

NVIDIA has partnered with Compal and other Taiwanese teams to advance quantum computing at COMPUTEX. Their CGA-QZ platform, utilizing NVIDIA CUDA-Q, aims to accelerate quantum optimization simulations. Taiwan’s National Center for High-Performance Computing is launching a new supercomputer to support quantum research, enhancing collaboration across various industries.

[GAM] ① Quantum Jump! D-Wave’s stock hits a record high with the launch of the next-generation quantum computer [Korean]

D-Wave Quantum has launched its next-generation quantum computer, Advantage2, featuring over 4,400 qubits and significant performance improvements. The stock surged following the announcement, reflecting a remarkable 1235.48% increase over the past year. This advancement positions D-Wave as a leader in solving complex optimization problems beyond traditional supercomputers.

IQM Quantum Computers to supply Finland with a world-leading superconducting 300-qubit quantum computer [English]

IQM Quantum Computers has been awarded a contract by VTT to deliver a groundbreaking 300-qubit superconducting quantum computer, positioning Finland as a leader in quantum technology. The project aims to enhance Finland’s capabilities in quantum computing and material modeling, fostering innovation and collaboration within the Finnish research community.

Microsoft just launched an AI that discovered a new chemical in 200 hours instead of years [English]

Microsoft has launched an AI platform, Microsoft Discovery, that accelerates scientific research, enabling the discovery of new chemicals in just 200 hours instead of years. This innovative tool allows scientists to interact with supercomputers using natural language, democratizing access to advanced research capabilities and transforming the scientific discovery process.

NVIDIA’s Isaac platform ignites humanoid robotics race. What’s next for Agility Robotics and Boston Dynamics? — TFN [English]

NVIDIA’s Isaac platform is revolutionizing humanoid robotics, with tools that enhance learning and adaptability. The new GR00T N1.5 model and GR00T-Dreams technology significantly reduce training time and costs, enabling robots to perform complex tasks more efficiently. This innovation marks a pivotal moment in the evolution of physical AI.

NVIDIA Expands Quantum Computing Efforts with Taiwanese Manufacturers [English]

NVIDIA is enhancing its quantum computing ecosystem through partnerships with Taiwanese manufacturers like Compal and Quanta. These collaborations aim to accelerate research by integrating AI supercomputing hardware, developing advanced quantum supercomputers, and facilitating breakthroughs in quantum computing and error-correcting codes for complex computational challenges.

Two projects driven by contributions from QUERA’s computing move to phase three of Wellcome Leap’s Quantum for Bio Challenge – Notiulti [Spanish]

Quera Computing announced that two of its research projects have advanced to the final phase of Wellcome Leap’s Quantum for Bio Challenge. This phase focuses on implementing quantum algorithms in real quantum computing devices, aiming to enhance drug discovery processes for conditions like myotonic dystrophy through innovative computational methods.

The first silicon-based quantum computer provides scalable quantum energy to the masses [Spanish]

Igual1 has unveiled Bell-1, a groundbreaking silicon-based quantum computer designed for standard data centers. Weighing 440 pounds and consuming only 1600 watts, it eliminates the need for specialized cooling and infrastructure, making quantum computing accessible for industries like finance and AI, heralding a new era of practical quantum technology.

Here it comes, here it comes… Fujitsu and RIKEN develop a world-leading 256-qubit superconducting quantum computer [Spanish]

Fujitsu and RIKEN have developed a groundbreaking 256-qubit superconducting quantum computer, enhancing computational capabilities for complex scientific research. This advanced system, built on a scalable architecture, will be available to businesses and research institutions in early 2025, paving the way for future innovations in quantum technology.

Quantum computer outperforms classical supercomputers in approximate optimization tasks. [English]

A USC study reveals that quantum computers can outperform classical supercomputers in solving optimization problems through quantum annealing. This approach focuses on finding near-optimal solutions, demonstrating significant advantages in real-world applications. Researchers utilized advanced error suppression techniques to enhance performance, paving the way for future quantum algorithm developments.

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